NCIDQ IDPX cheat sheet

Occupant load = floor area ÷ occupant load factor; factors come from the locally adopted building code (for example, business use is commonly 100 gross sq ft per occupant, assembly unconcentrated tables and chairs 15 net sq ft), and egress width, exits, and plumbing fixture counts all derive from that load.

Required egress width = occupant load × capacity factor per exit or stair (values set by the adopted code, typically around 0.2 in per occupant for level components and 0.3 in for stairs); the clear width may never fall below the code minimum regardless of calculated result.

Two means of egress are generally required when occupant load exceeds the code threshold (often 49 occupants) or when travel distance, common path, or story height triggers it; exits must be remote from each other, commonly at least one-half the overall diagonal of the space or a code-specified separation.

Travel distance limits and dead-end limits are use-group specific; a dead end is a path with only one direction of escape, and common path of travel is measured from the most remote point to the point where two distinct routes exist - these are different measurements with different limits.

Accessibility: the accessible route must be at least 36 in clear width, door clear width is typically 32 in minimum, and the accessible route may not pass through kitchens, storage rooms, or other spaces not open to occupants; every accessible element must connect to a compliant route.

Means of egress components in sequence: exit access (the path within the space), the exit (enclosed stair, exit passageway, or exterior door), and exit discharge (path to the public way); each segment has its own requirements and cannot substitute for another.

Fire and smoke separation: occupancy separation, fire barriers, fire partitions, smoke barriers, and shaft enclosures each have distinct ratings and continuity rules; a fire barrier is continuous from the floor slab to the deck above, while a fire partition is not.

Interior finish is regulated by flame spread and smoke-developed index, classified A, B, or C, with limits varying by location (exit enclosure, exit access corridor, and room) and by whether the space is sprinklered.

Plumbing fixture counts are computed from occupant load by use group and gender-neutral or split calculations per the adopted code; fixture counts drive core planning and restroom sizing long before finishes are selected.

Programming: net assignable area plus circulation, walls, and building systems yields gross area; a common planning efficiency for offices is roughly 60–80 percent net-to-gross, and the ratio must be stated explicitly in any area program.

Space planning formulas to know: clear egress width from occupant load, fixture counts from occupant load, and storage or filing capacity from linear file inches per person; these convert program needs into dimensional requirements.

Universal design principles (equitable use, flexibility in use, simple and intuitive use, perceptible information, tolerance for error, low physical effort, size and space for approach and use) are design criteria, not code minimums, and are applied to exceed accessibility compliance.

Acoustic control: sound transmission class (STC) rates airborne isolation between rooms and impact insulation class (IIC) rates floor-ceiling impact; higher numbers mean better performance, and speech privacy depends on background noise as well as partition rating.

Lighting: illuminance is measured in footcandles or lux, luminance in candela per square meter; task illuminance targets vary by task, and glare control (VCP, UGR) matters as much as quantity for visual comfort.

Indoor air quality strategies: source control first, then ventilation (outdoor air rates per ASHRAE 62.1 based on people and floor area), then filtration and air cleaning; low-emitting materials support source control.

Thermal comfort per ASHRAE 55 depends on air temperature, radiant temperature, humidity, air speed, clothing, and metabolic rate - a single setpoint does not define comfort.

Wayfinding and life-safety signage must satisfy accessibility requirements for tactile characters, mounting height, and contrast, and egress signage must be visible along the entire path of egress travel.

Project delivery: in design-bid-build the owner holds separate contracts with designer and contractor; in design-build one entity holds both; in construction management at risk the CM holds the trade contracts and guarantees a maximum price (GMP).

AIA owner-architect agreement families: B101 is the standard owner-architect agreement for a negotiated project, B102 is a short form, and A101 is the owner-contractor agreement; the architect's scope and basic services are defined in the owner-architect agreement, not the contractor's.

Basic services typically include schematic design, design development, construction documents, bidding and negotiation support, and construction contract administration; additional services (as-built drawings, models beyond contract, FF&E procurement) must be negotiated separately.

Standard of care: the architect owes the skill and care of a reasonably prudent practitioner in the same locality and discipline, not a guarantee of perfection; professional liability is fault-based, while construction warranties are not.

Compensation methods: stipulated sum (lump sum), percentage of construction cost, hourly plus multiplier, and cost plus fixed fee; percentage-of-cost fees decline as construction cost rises because of economies of scale.

Schedule and fee: design fee as a percentage of construction cost typically falls as project cost increases; fast-track and phased delivery compress schedule but increase coordination risk and often raise fees.

Billing phases and deliverables should be tied to a written scope matrix; a common failure is unbilled scope creep from owner-directed changes, which should be handled by change order or additional-services authorization.

Risk allocation: indemnity clauses, limitation of liability, consequential damages waivers, and insurance requirements (professional liability, general liability, workers' compensation) are negotiated in the contract and drive the architect's exposure.

Specification format: MasterFormat organizes work results into divisions by trade (Division 01 General Requirements, 03 Concrete, 05 Metals, 08 Openings, 09 Finishes, 26 Electrical); UniFormat organizes by building element and is used for cost estimating and early design.

Specification types: performance specs state required results and let the contractor choose means and methods; prescriptive specs state materials and methods; proprietary specs name a product and require substitutions to be requested per Division 01 procedures.

Drawing coordination: floor plans, reflected ceiling plans, elevations, sections, details, and schedules must agree; the drawing set is a contract document, and conflicts are resolved by the stated order of precedence in the contract.

Division 01 governs the other divisions: submittal procedures, substitution procedures, quality control, temporary facilities, closeout, and warranty requirements live there and control how the technical sections are administered.

Submittals (shop drawings, product data, samples) are the contractor's means of demonstrating compliance; the architect reviews for conformance with the design concept and contract documents, not for construction means and methods.

Requests for information (RFIs) document questions during construction; the architect's response becomes part of the contract documents only when issued as an ASI (architect's supplemental instruction) or change order, not by RFI response alone.

Change orders modify cost, time, or scope and require owner authorization; a construction change directive (CCD) directs work before price agreement is reached and is later converted to a change order.

Punch list and substantial completion: substantial completion is the date the work is sufficiently complete for its intended use, triggering warranty start, retainage release provisions, and the owner's right to occupy.

Professional ethics: the architect's primary obligation is to protect the health, safety, and welfare of the public; conflicts of interest must be disclosed, and compensation contingent on a building official's decision is prohibited.

Seal and signature: only a licensed architect may seal and sign construction documents for a building requiring an architect; sealing drawings not prepared or supervised by the seal holder is a violation.

NCARB and licensure: the Architect Registration Examination (ARE) and the Intern Development Program (now AXP, Architectural Experience Program) are administered by NCARB; licensure is granted by individual jurisdictions, and reciprocity is handled through NCARB certification.

Continuing education: most jurisdictions require continuing education hours per renewal cycle, often including health, safety, and welfare (HSW) hours; requirements vary by jurisdiction and must be verified with the licensing board.

Contract administration duties: the architect visits the site at intervals appropriate to the stage of construction to become generally familiar with the work, but does not supervise or direct the contractor's forces.

Owner-architect-contractor relationships: the architect is not the contractor's employer and cannot direct means and methods; the architect's authority is limited to rejecting nonconforming work and interpreting the contract documents.

Record keeping: field reports, meeting minutes, RFI logs, submittal logs, and daily observation notes are the architect's contemporaneous record and are discoverable in disputes; consistent documentation is a professional obligation.

Sustainability and codes: energy code compliance (IECC or ASHRAE 90.1) is mandatory in most jurisdictions, and green rating systems such as LEED are voluntary third-party certifications that go beyond code minimums.

Cost estimating: order-of-magnitude estimates use cost per square foot, often within a wide range; square-foot estimates are refined as design progresses, and unit-cost estimates (cost per fixture, per door) are used for detail.

Area measurement: gross building area, gross measured area, and net assignable area are distinct; BOMA standards define rentable area for offices, and the standard used must be stated because it changes the numbers.

Life-cycle cost = initial cost + operating cost + maintenance + replacement − salvage, discounted to present value; first cost alone is not a valid comparison between systems.

Value engineering is a structured review to improve value (function per cost), not simply cost cutting; it is most effective early, and late VE often damages design intent.

Schedule logic: critical path method (CPM) identifies the longest sequence of dependent activities; float is the slack in a non-critical path, and compressing the critical path is the only way to shorten the project.

Fast-track and phased construction overlap design and construction to shorten delivery; they increase risk because incomplete documents are used for early packages, and the architect must manage that risk contractually.

Building systems coordination: structural bay sizes, mechanical shaft locations, ceiling plenum depths, and electrical room sizes must be coordinated in schematic design; discovering these conflicts in construction documents is expensive.

Sustainability metrics: energy use intensity (EUI) is annual energy per unit floor area; embodied carbon is the emissions associated with materials and construction, and both are increasingly requested in project goals.

Fire protection: passive protection (fire-rated construction, compartmentation, egress) and active protection (sprinklers, detection, alarms) work together; sprinklers often allow increases in travel distance and reductions in fire ratings, but only where the code permits.

Sprinkler trade-offs must be verified in the adopted code: reduced corridor ratings, longer travel distances, and increased occupant loads are conditional allowances, not automatic.

Structural coordination: column grid, beam depth, and floor-to-floor height drive ceiling height and mechanical distribution; a rule of thumb is to allow roughly 12–18 in below structure for ducts, piping, and ceiling in typical office construction, verified per project.

Mechanical space sizing: mechanical rooms and shafts are sized early from load estimates; rooftop units need structural support and screening, and clearance for coil replacement and filter access must be maintained.

Electrical: panelboards, transformers, and switchgear need dedicated rooms with clear working space per code; generator and UPS rooms need ventilation and fuel storage, and these are hard to relocate late.

Plumbing: toilet rooms should stack where possible; slope on horizontal drains (commonly 1/4 in per foot for small pipe) constrains ceiling depth and chase locations, and fixture counts drive core size.

Acoustics and mechanical: duct lining, plenum returns, and equipment selection affect background noise, which in turn affects speech privacy; a partition rated for STC 50 can be defeated by a single unsealed penetration.

Daylighting and controls: window-to-wall ratio, glazing properties, and lighting controls (occupancy sensors, daylight dimming) are regulated by energy code and affect both comfort and compliance.

Concept design and innovation: the design concept should be tested against program, code, and budget early; a concept that cannot meet egress, accessibility, or structural requirements is a liability, not a vision.

Design thinking in professional practice: research the user, define the problem, ideate, prototype, and test; in architecture this maps to programming, schematic design, design development, and post-occupancy evaluation.

Post-occupancy evaluation (POE) measures actual performance against design intent using surveys, measurements, and observation; it closes the feedback loop and informs future projects.

Evidence-based design uses credible research to inform decisions (for example, daylight and views linked to occupant outcomes); the evidence must be cited and applicable to the project type.

Resilience: design for hazards (flood, seismic, wind, wildfire) per the adopted code and site-specific risk; life-safety performance in a hazard event is a code requirement, while business continuity is an owner goal.

Adaptive reuse and existing buildings: verify existing conditions (structure, hazardous materials, code compliance path) before committing to a design; existing buildings often trigger code upgrades when the work exceeds a threshold.

Sustainability frameworks: LEED, WELL, and Passive House each have different metrics and verification processes; selecting one is a project decision that must be made before design decisions lock in.

Communication and documentation: design intent must be conveyed clearly in drawings, specifications, and narratives; ambiguity in contract documents is generally construed against the author, so clarity is a risk-management tool.

Contract types: lump sum, unit price, cost plus fixed fee, cost plus percentage of cost, and guaranteed maximum price; each allocates cost risk differently between owner and contractor, and the architect's fee structure should align with the delivery method.

Bidding: additive and deductive alternates let the owner adjust scope at bid; unit prices allow adjustment for unknown quantities; bid leveling compares proposals on a common basis before award.

Construction contract administration: the architect issues interpretations, reviews submittals, evaluates change order requests, certifies payment, and conducts substantial completion inspections; each has defined time limits in the general conditions.

Payment certification: the architect certifies payment based on observed progress and the contractor's application; certification is not a guarantee that the work is complete, but it should reflect the architect's professional judgment.

Dispute resolution: mediation, arbitration, and litigation are sequenced in most contracts; arbitration is typically binding and faster, and many contracts require mediation as a precondition to arbitration.

Insurance: professional liability covers design errors; builder's risk covers the work during construction; general liability covers bodily injury and property damage; the owner typically carries builder's risk unless the contract says otherwise.

Closeout: as-built records, warranties, attic stock, operation and maintenance manuals, and final lien waivers are required before final payment; the architect confirms they are complete.

Post-construction: the warranty period typically starts at substantial completion; the architect's obligation to respond to warranty issues is defined in the owner-architect agreement and general conditions.

Human factors: reach ranges, clear floor space, maneuvering clearances, and knee and toe clearance are dimensional requirements in accessibility standards; they are minimums, and design should exceed them where feasible.

Accessible routes and clearances: an accessible route is at least 36 in wide, passing spaces are required at intervals on long routes, and doors require maneuvering clearance on both sides per the standard.

Restrooms: accessible compartments, grab bar locations, lavatory knee clearance, and mirror heights are specified dimensions; a common error is a lavatory that meets knee clearance but lacks the required pipe protection.

Stairs and ramps: stair treads and risers must be uniform within a flight; ramps require landings, handrails on both sides where required, and edge protection; the code limits ramp slope (commonly 1:12 maximum).

Elevators and platform lifts: accessible elevators are required in multi-story buildings with accessible floors; platform lifts are limited to specific conditions and cannot substitute for an elevator in most new construction.

Signage: tactile signs at doors must be mounted at a consistent height and location on the latch side; egress signs and directional signage are governed by separate life-safety requirements.

Safety in use: guard heights, window fall protection, glass safety glazing locations, and stair rail heights are life-safety requirements that are frequently missed in interior projects.

Emergency preparedness: exit signage, emergency lighting, and alarm notification must be visible and audible throughout; areas of refuge and evacuation elevators are required in some occupancies and heights.

Regulatory hierarchy: building code, fire code, accessibility standards, energy code, and local amendments all apply; the most restrictive requirement governs where they conflict, and the local authority having jurisdiction (AHJ) interprets.

Code adoption: model codes (IBC, NFPA 101) are adopted with local amendments; the edition in force and the amendments must be confirmed at project start because they change requirements.

Permitting: plan review and permit issuance precede construction; deferred submittals and phased permits are possible but must be agreed with the AHJ, and the architect's seal is required on the drawings.

Certificates of occupancy: issued after inspections confirm code compliance; a temporary certificate may allow partial occupancy with conditions, and the architect often provides a final inspection and certification.

Change of use and occupancy: a change in use group can trigger full code compliance for the new use, including egress, fire ratings, and accessibility, even if the building is otherwise unchanged.

Historic buildings: many codes provide alternative compliance paths for historic structures; the path must be negotiated with the AHJ and documented, and accessibility is often addressed through a variance or alternative method.

Codes and existing buildings: the IEBC (International Existing Building Code) provides repair, alteration, change of occupancy, addition, and historic building chapters; the work area and level of alteration determine the extent of upgrades.

Documentation for the AHJ: code analysis, life-safety plans, and accessibility narratives should be prepared early and updated as the design evolves; they are the record of compliance decisions.

Environment and behavior: privacy, territory, personal space, and crowding affect satisfaction; open offices increase interaction but reduce acoustic privacy, and the trade-off should be managed with zoning and acoustic design.

Ergonomics: workstation dimensions (desk height, monitor distance, chair adjustability) affect musculoskeletal health; adjustable furniture and sit-stand options are increasingly standard in office design.

Wayfinding: people navigate using landmarks, sightlines, and signage; a legible plan with clear circulation and views to destinations reduces dependence on signage.

Inclusive design: consider age, ability, culture, and gender diversity in restrooms, family accommodations, and seating; gender-neutral restroom design is a project decision with code and cultural implications.

Biophilic design: views, daylight, natural materials, and plants are associated with occupant well-being; the evidence is strongest for daylight and views, and these should be prioritized where budget is limited.

Post-occupancy evaluation methods: surveys, interviews, observation, and environmental measurements; the method should match the question, and results should be compared to baseline or benchmark data.

Health and safety in operation: cleaning, maintenance access, and replacement of equipment should be designed in; a fixture that cannot be serviced without demolition is a design failure.

Flexibility and adaptability: modular planning, demountable partitions, and accessible raised floors support future change; the cost premium should be weighed against the expected frequency of reconfiguration.

Professional communication: written records of meetings, decisions, and directives protect all parties; verbal agreements should be confirmed in writing promptly.

Conflict of interest: the architect must avoid relationships that compromise professional judgment and must disclose potential conflicts; accepting compensation from a contractor or supplier for specification decisions is prohibited.

Competence: an architect should undertake work only within their competence, or associate with a consultant who has the required expertise; this is an ethical obligation, not just a business decision.

Public welfare: the architect's duty to protect health, safety, and welfare takes precedence over client preferences and fee considerations; unsafe or noncompliant work should not be sealed.

Confidentiality: client information and project data should be protected; the obligation continues after the project ends and is often defined in the owner-architect agreement.

Advertising and representation: architects may advertise but must not make false or misleading statements about qualifications, experience, or services; claims of specialty should be accurate.

Mentorship and internship: licensed architects are expected to support the development of future professionals through AXP supervision and mentorship; this is part of professional stewardship.

Jurisdictional practice: practicing architecture in a jurisdiction where one is not licensed is generally prohibited; temporary or incidental practice provisions vary and must be checked with the board.

Fire alarm and detection: manual pull stations, smoke detection, and notification appliances are located per code; audible and visible notification must be coordinated with acoustics and lighting design.

Egress lighting: emergency lighting must illuminate the path of egress for the required duration (commonly 90 minutes) and at the required illuminance; battery backup and generator options should be compared.

Standpipes and extinguishers: extinguisher locations and travel distances are code-defined; cabinets should be recessed or semi-recessed to avoid protruding into egress width.

Smoke control: atriums and large spaces may require smoke exhaust or pressurization; these systems need dedicated space and coordination with the structural and mechanical systems.

Fire-rated glazing and doors: rating, framing, and hardware must match the assembly rating; a rated door with unrated hardware or a non-latching closer fails inspection.

Penetrations and firestopping: every penetration of a rated assembly must be firestopped with a listed system; this is a construction quality issue that the architect should specify and verify.

Hazardous materials: asbestos, lead, and other hazardous materials in existing buildings must be identified and abated before renovation; the architect should require testing and specify handling procedures.

Security and life safety: security measures (access control, locked doors) must not compromise egress; electromagnetic locks require code-compliant release devices and are heavily regulated.

Sustainable sites and water: site selection, stormwater management, and water-efficient fixtures are part of the design scope; indoor water use is reduced through low-flow fixtures and metering.

Energy modeling: whole-building energy simulation informs design decisions (massing, glazing, HVAC) and is required for some code compliance paths and rating systems; early modeling has the greatest impact.

Material selection: recycled content, regional sourcing, low-emitting materials, and durability are criteria; life-cycle assessment quantifies impacts across the material life cycle and is increasingly requested.

Indoor environmental quality: ventilation, thermal comfort, daylight, and acoustic performance are IEQ categories; commissioning verifies that systems perform as designed and is required by many rating systems.

Commissioning: a third-party commissioning agent verifies and documents that systems meet the owner's project requirements; it begins in design and continues through occupancy.

Measurement and verification: post-occupancy metering and reporting confirm actual performance; the data should feed back into future design decisions and into the rating system's performance path.

Resilience and climate: design should consider future climate conditions and extreme events; passive survivability (daylight, natural ventilation, thermal mass) can maintain livability when systems fail.

Green certifications: LEED, WELL, and Passive House have different scopes and verification processes; the choice should be made early because it affects documentation, cost, and design decisions.

Project team roles: owner, architect, consultants (structural, mechanical, electrical, plumbing, civil, landscape), contractor, and construction manager; each has defined responsibilities in the contract documents.

Consultant coordination: the architect leads coordination but is not responsible for consultants' professional negligence; consultant agreements should define scope and insurance, and the architect should review their work for coordination.

Owner decisions: program, budget, schedule, and major design approvals are owner decisions; the architect should document them and proceed only on authorized direction.

Schedule of values and payment: the contractor submits a schedule of values that allocates the contract sum across work items; the architect reviews it for accuracy before certifying payment.

Shop drawing review: the architect's review is for conformance with the design concept and contract documents; it does not relieve the contractor of responsibility for dimensions, quantities, and means and methods.

Testing and inspection: special inspections, material tests, and mockups verify quality; the architect specifies them and reviews reports, and failures should be documented and resolved before work is covered.

Record documents: as-built drawings and record specifications are required at closeout; they should reflect actual installed conditions, and the architect should verify they are complete.

Project closeout and warranty: final payment follows completion of closeout items; the warranty period and the architect's role in warranty issues should be clearly defined in the contract documents.

Building information modeling (BIM): a shared model supports coordination and clash detection; the level of development (LOD) should be defined in the contract because it affects scope and fee.

Digital delivery: model ownership, data security, and interoperability should be addressed in the contract; the architect should not assume the contractor's model is accurate without verification.

Specification writing: specifications should be clear, concise, and enforceable; performance requirements should be measurable, and proprietary products should be justified and allow substitution where required.

Quality assurance: peer review, constructability review, and code review are internal quality processes; they should be scheduled and budgeted, not treated as optional.

Risk management: contracts should address indemnity, insurance, limitation of liability, and dispute resolution; the architect should review contracts with counsel and carry professional liability insurance.

Records retention: project records should be retained for the period required by law and by the owner-architect agreement; digital records require backup and migration planning.

Continuing education and licensure: architects must maintain licensure through continuing education and renewal; lapses can affect the ability to practice and to seal drawings.

Professional development: specialization (healthcare, education, historic preservation) often requires additional knowledge and credentials; claims of expertise should be supported by experience and credentials.

Interior construction: partitions, ceilings, floors, and millwork must be detailed for fire rating, acoustics, and structure; a partition that stops at the ceiling may not provide the required separation.

Door and hardware: door swings, clearances, hardware function, and fire ratings must be coordinated; egress doors must swing in the direction of travel where required and must not require keys or special knowledge.

Millwork and casework: dimensions, materials, and hardware should be specified; custom millwork requires shop drawings, and the architect should review them for design intent and code compliance.

Finishes: durability, maintenance, slip resistance, and emissions are selection criteria; wet areas require slip-resistant surfaces and proper substrate and waterproofing details.

Acoustics in construction: resilient channels, insulation, and sealed penetrations improve performance; a rated partition is only as good as its weakest penetration.

Moisture control: vapor retarders, flashing, and drainage must be detailed to prevent moisture problems; interior finishes should be selected for the expected moisture conditions.

Structural coordination: openings in structural members require engineering approval; the architect should not cut or modify structure without the structural engineer's direction.

Mockups: full-scale mockups of key assemblies (facade, partition, ceiling) verify performance and appearance before construction; they should be specified and reviewed.

Project budget: construction cost, soft costs (design fees, permits, testing), contingency, and escalation should be separated; a contingency of roughly 5–10 percent is common at design development and should be adjusted as risk changes.

Cost escalation: construction costs rise over time; a project scheduled for construction in two years should include escalation, and the rate should be based on current market data.

Bid alternates: additive alternates allow the owner to add scope if bids are favorable; deductive alternates allow scope reduction if bids exceed budget; both must be clearly defined in the bid documents.

Value engineering: a structured process to improve value; it should be conducted early and with the design team, not imposed late by the contractor without design review.

Schedule: design phases, permitting, bidding, construction, and closeout should be sequenced; permitting can take months and should be on the critical path where it applies.

Cash flow: the owner's funding and the contractor's payment schedule should be aligned; retainage and lien waivers protect the owner and should be administered per the contract.

Claims: delay, disruption, and acceleration claims should be documented contemporaneously; the architect's field records and meeting minutes are key evidence.

Post-occupancy: warranty reviews, POE, and lessons learned should be scheduled; they improve future projects and fulfill professional obligations to the owner.

Universal design and accessibility: accessible design is a legal minimum; universal design exceeds it by designing for the widest range of users without adaptation.

Aging in place: grab bar blocking, zero-threshold showers, wider doorways, and lever hardware support aging occupants; these should be designed in even when not required.

Neurodiversity and sensory design: lighting flicker, noise, and strong patterns affect some occupants; adjustable lighting and quiet zones improve usability for a wider population.

Cultural competence: design should respect the users' cultural practices; restroom, food service, and prayer space design may need to accommodate specific cultural needs.

Safety and security: crime prevention through environmental design (CPTED) uses natural surveillance, access control, and territorial reinforcement; these should be balanced with life safety and accessibility.

Emergency evacuation for all: evacuation plans must consider occupants with disabilities; areas of refuge, evacuation chairs, and communication systems should be designed and coordinated with building management.

Wayfinding for all: signage should use multiple modes (visual, tactile, audible) and be placed consistently; color and contrast should meet accessibility standards.

Inclusive restrooms: gender-neutral and family restrooms require careful code analysis and design; fixture counts, privacy, and signage must all be addressed.

Professional liability: architects are liable for negligent performance of professional services; the standard of care is the benchmark, and documentation of decisions is the best defense.

Insurance: professional liability insurance covers claims arising from professional services; general liability covers bodily injury and property damage; the architect should confirm coverage limits and exclusions.

Indemnity: broad-form indemnity requires the architect to indemnify the owner for the owner's own negligence, which is often uninsurable; the architect should negotiate to limit indemnity to the architect's negligence.

Limitation of liability: caps on liability (for example, the fee or a multiple of the fee) are common in contracts; they should be reviewed with counsel and are not always enforceable.

Consequential damages: waivers of consequential damages (lost profits, loss of use) are common and protect both parties; the architect should confirm the waiver is mutual.

Dispute resolution: mediation, arbitration, and litigation should be sequenced; arbitration clauses should specify the rules, location, and number of arbitrators.

Contract review: the architect should review the owner-architect agreement and the general conditions before signing; unclear scope and risk allocation are the most common sources of claims.

Records and documentation: contemporaneous records of decisions, directives, and site observations are essential; they should be organized, retained, and retrievable.

Programming data: occupant counts, area per person, storage needs, and equipment requirements should be gathered from the owner and verified; assumptions should be documented and confirmed.

Adjacency and bubble diagrams: relationships between spaces are diagrammed before dimensions are assigned; the diagram should reflect functional and code relationships, not just preference.

Block planning: spaces are sized and arranged in blocks to test fit; circulation, structure, and core elements should be included in the test fit, not added later.

Net-to-gross: the ratio of net assignable area to gross area should be stated; a low ratio may indicate inefficient circulation or excessive core, and it should be compared to benchmarks.

Growth and flexibility: program growth should be planned for with modular planning and swing space; the cost of flexibility should be weighed against the likelihood of change.

Code analysis: occupancy classification, occupant load, and egress requirements should be determined during programming, not after design; they constrain the plan.

Budget and program: the program should be tested against the budget early; a program that exceeds the budget should be resolved with the owner before design proceeds.

Post-occupancy feedback: program assumptions should be compared to actual use after occupancy; discrepancies inform future programming and improve accuracy.

Design phases: schematic design (concept, program, budget), design development (systems, materials, dimensions), construction documents (details, specifications, bidding), and construction administration (observation, submittals, closeout).

Deliverables by phase: schematic design includes plans, sections, and a cost estimate; design development includes coordinated systems and outline specifications; construction documents include fully coordinated drawings and specifications.

Owner approvals: each phase ends with owner approval; approval of schematic design does not authorize construction documents, and the architect should confirm authorization before proceeding.

Schedule and fee: the fee should be allocated across phases; a phase that is compressed or repeated should be compensated as additional services.

Quality control: internal reviews, code reviews, and constructability reviews should be scheduled at the end of each phase; catching errors early is far cheaper than in construction.

Bidding and negotiation: the architect assists with bid documents, addenda, and bid evaluation; the owner awards the contract, and the architect should not guarantee bid results.

Construction administration: the architect observes, reviews submittals, evaluates changes, certifies payment, and conducts substantial completion; the scope and frequency of site visits should be defined in the contract.

Closeout and warranty: the architect verifies closeout documents and assists with warranty issues; the warranty period and the architect's role should be defined in the contract.

Team communication: regular meetings, minutes, and action items keep the team aligned; decisions should be documented and distributed promptly.

Client communication: the client should receive regular progress reports, cost updates, and decision requests; surprises at the end of a phase damage trust and often lead to claims.

Consultant communication: consultants should receive current drawings and clear scopes; coordination meetings and clash detection reduce errors and omissions.

Contractor communication: RFIs, submittals, and change orders should be processed within the contract time limits; delays in the architect's response can become claims.

Conflict resolution: disagreements should be addressed directly and documented; mediation and other dispute resolution methods should be used before positions harden.

Presentation skills: drawings, models, and narratives should be tailored to the audience; the owner needs cost and schedule, the contractor needs dimensions and details, and the AHJ needs code compliance.

Cultural and language differences: project teams may be multilingual and multicultural; clear, simple language and visual communication reduce misunderstandings.

Ethical communication: information should be accurate and complete; withholding information or misrepresenting conditions is a professional violation.

Sustainability goals: energy, water, materials, and indoor environmental quality should be set as measurable targets at project start; targets should be tracked through design and verified after occupancy.

Energy code compliance: the prescriptive path and the performance path are alternatives; the performance path requires energy modeling and allows trade-offs, while the prescriptive path is simpler but less flexible.

Renewable energy: solar photovoltaic and solar thermal systems require roof area, structural capacity, and electrical coordination; they should be considered in schematic design.

Water: rainwater harvesting, greywater reuse, and low-flow fixtures reduce potable water use; local code and health regulations govern reuse and must be checked.

Materials: embodied carbon, recycled content, and toxicity should be considered; environmental product declarations (EPDs) provide data for comparison.

Commissioning and verification: systems should be commissioned and monitored after occupancy; actual performance often differs from design predictions, and the gap should be investigated.

Resilience: passive strategies (daylight, natural ventilation, thermal mass) can maintain livability during outages; they should be considered alongside active systems.

Rating systems: LEED, WELL, and Passive House have different metrics and verification; the choice should be made early and the documentation should be planned.

Life-safety drawing review: egress paths, exit widths, travel distances, and fire ratings should be checked on every plan; a single missed door swing can fail a plan review.

Accessibility review: accessible routes, clearances, and fixture dimensions should be checked against the standard; a checklist and a second reviewer reduce errors.

Code analysis documentation: occupancy classification, construction type, and egress requirements should be documented in a code analysis that is updated as the design changes.

Specification review: specifications should be coordinated with drawings; a product specified in the drawings but not in the specifications (or vice versa) creates ambiguity and claims.

Constructability review: details should be reviewed for buildability; a detail that cannot be built as drawn will be changed in the field, often at the owner's expense.

Peer review: an independent reviewer can catch errors and omissions; the review should be scheduled and budgeted, and the findings should be tracked to closure.

Quality metrics: errors and omissions, RFI volume, and change order volume can be tracked; they inform process improvement and fee negotiations.

Lessons learned: post-project reviews should identify what worked and what did not; the findings should be documented and shared with the team.

Fire-rated assemblies: the rating (1-hour, 2-hour) and the assembly (wall, floor, shaft) must match the code requirement; the listing and the tested assembly should be specified.

Opening protectives: fire doors and fire-rated glazing must match the assembly rating; labels, closers, and latching are required, and the hardware must be listed for the application.

Smoke barriers: smoke barriers are distinct from fire barriers; they require smoke sealing and are used for smoke compartments, and their continuity and opening protection rules differ.

Firestopping: listed systems are required for penetrations; the architect should specify the system and require documentation, and field verification is essential.

Joint systems: expansion and seismic joints in rated assemblies require listed joint systems; a gap in a rated wall defeats the rating.

Duct and damper: fire dampers and smoke dampers are required where ducts penetrate rated assemblies; their locations and access for inspection must be designed.

Elevator and shaft: elevator shafts are typically rated enclosures; the rating, door protection, and venting requirements should be confirmed in the code.

Inspection and testing: rated assemblies and firestopping should be inspected; documentation should be retained, and deficiencies should be corrected before concealment.

Existing conditions: measured drawings, structural assessment, and hazardous materials testing should be completed before design; assumptions about existing conditions are a common source of change orders.

Code compliance for alterations: the IEBC provides compliance paths based on the work area and the level of alteration; the path should be selected and documented with the AHJ.

Accessibility upgrades: alterations trigger accessibility upgrades to the extent practicable; the path and the technical infeasibility provisions should be documented.

Structural modifications: removing or altering structure requires engineering; the architect should not assume a wall is non-bearing without verification.

Historic preservation: the Secretary of the Interior's Standards provide guidance for historic buildings; the standards and the code's historic building provisions should be applied together.

Phasing and occupancy: renovations often occur while the building is occupied; life safety, egress, and noise should be planned, and the AHJ should approve the phasing plan.

Demolition: demolition drawings and specifications should address protection of adjacent construction, utilities, and hazardous materials; the contractor's means and methods remain the contractor's responsibility.

Commissioning of existing systems: existing systems should be tested and commissioned after alteration; performance may differ from the original design, and the owner should be informed.

Professional ethics and the public: the architect's obligation to the public includes reporting unsafe conditions and refusing to seal noncompliant work; the obligation is not limited to the client.

Competence and scope: an architect should not accept work outside their competence without appropriate consultation; the client should be informed of the limits of the architect's expertise.

Conflicts of interest: financial interests in suppliers, contractors, or products should be disclosed and avoided where they could affect judgment; compensation from product suppliers for specification is prohibited.

Honesty in representation: credentials, experience, and project roles should be represented accurately; misleading claims are a violation of professional conduct rules.

Fairness to employees and consultants: fair compensation, clear agreements, and timely payment are professional obligations; disputes should be resolved fairly and promptly.

Confidentiality: client and project information should be protected; the obligation continues after the project and should be defined in the agreement.

Mentorship: licensed architects should support interns and emerging professionals; supervision and mentorship are part of the professional community's obligation.

Jurisdictional compliance: licensure, continuing education, and practice requirements should be maintained; violations can result in discipline and loss of licensure.

Fire alarm sequence: alarm, notification, and response should be coordinated with the building's emergency plan; the architect should confirm the sequence with the fire protection engineer and the AHJ.

Voice evacuation: high-rise and large assembly occupancies may require voice evacuation; the system should be intelligible, and acoustics should be considered.

Mass notification: systems may be required for certain occupancies; they should be integrated with the fire alarm and coordinated with the owner's emergency plan.

Emergency lighting: exit signs and egress lighting should be on emergency power; the duration and illuminance should meet the code, and testing should be documented.

Elevator recall: elevator recall and standby power are required for firefighter service; the sequence should be coordinated with the elevator contractor and the fire alarm.

Area of refuge: areas of refuge require communication, signage, and accessibility; they should be designed and coordinated with the building's emergency plan.

Evacuation elevators: where provided, they require standby power, fire-rated construction, and coordination with the fire alarm; they are not a substitute for stairs in all cases.

Drills and training: the owner is responsible for drills and training; the architect should provide information and documentation to support the owner's emergency plan.

Design intent: the concept and the reasons behind decisions should be documented; a design narrative helps the owner, the contractor, and future users understand the design.

Performance and aesthetics: both should be evaluated; a design that performs but is unpleasant may fail in use, and a design that is beautiful but unsafe is unacceptable.

Innovation and risk: new materials and systems should be evaluated for performance, code compliance, and warranty; innovation should be tested and documented, not assumed.

Prototyping and mockups: physical and digital prototypes test design assumptions; they should be scheduled and budgeted, and the results should inform the final design.

Feedback loops: post-occupancy evaluation, commissioning, and warranty reviews provide feedback; the feedback should be used to improve future projects.

Documentation of decisions: decisions, alternatives considered, and rationale should be documented; this supports the owner's understanding and the architect's defense if challenged.

Sustainability and innovation: innovation in sustainability should be verified; claims should be supported by data, and performance should be measured after occupancy.

Professional development: innovation requires learning; architects should pursue continuing education and research to stay current and to evaluate new approaches.

Contract documents: drawings, specifications, addenda, and contract forms together define the work; the order of precedence should be stated, and conflicts should be resolved consistently.

Drawings: plans, elevations, sections, details, schedules, and diagrams should be coordinated; dimensions should be clear, and references should be accurate.

Specifications: organized by MasterFormat divisions; Division 01 governs procedures, and technical sections should be coordinated with the drawings.

Schedules: door, window, finish, and equipment schedules are part of the contract documents; they should be complete and coordinated with the drawings and specifications.

Addenda: issued during bidding to clarify or modify the documents; they become part of the contract and should be numbered and distributed to all bidders.

Submittals: shop drawings, product data, and samples demonstrate compliance; the architect's review should be timely and should state the action taken (approved, approved as noted, rejected).

RFIs and ASIs: RFIs request information; ASIs direct changes; the architect should respond within the contract time and should document the response.

Closeout documents: as-builts, warranties, O&M manuals, and attic stock should be specified and verified; incomplete closeout delays final payment and occupancy.

Life-cycle cost: initial cost plus operating, maintenance, and replacement costs, discounted to present value; it should be used for major system decisions.

Payback period: the time for savings to equal the incremental initial cost; simple payback ignores the time value of money and should be used with caution.

Return on investment: net benefits divided by cost; it should be compared across alternatives with the same assumptions and time horizon.

Energy and water savings: quantified from modeling or metering; savings should be verified after occupancy, and the assumptions should be documented.

Maintenance and replacement: equipment life and maintenance cost should be included; a low first cost with high maintenance can be more expensive over time.

Resilience and risk: the cost of failure (downtime, damage, loss of use) should be considered; resilience measures may have a high first cost but a strong life-cycle case.

Funding and incentives: grants, tax credits, and utility incentives can change the economics; they should be identified and included in the analysis.

Decision documentation: the analysis, assumptions, and decision should be documented; this supports the owner's decision and the architect's professional judgment.

Design review meetings: the owner, architect, and consultants should review the design at each phase; decisions and action items should be documented and tracked.

Constructability review: the contractor or a third-party reviewer should review the documents for buildability; findings should be resolved before bidding.

Code review: a code consultant or the AHJ should review the design for compliance; the review should be scheduled early and repeated as the design changes.

Accessibility review: a specialist should review the design against the accessibility standard; a checklist and a site visit during construction reduce errors.

Peer review: an independent architect should review the design and documents; the review should be scheduled and budgeted, and findings should be tracked.

Mockup review: full-scale mockups should be reviewed for appearance, performance, and coordination; they should be specified and scheduled.

Commissioning review: the commissioning agent should review the design for commissionability; issues should be resolved before construction.

Post-occupancy review: the design should be evaluated in use; findings should be documented and used to improve future projects.

Fire safety concepts: prevent ignition, control growth, contain fire, and protect occupants; the design should address all four, and no single measure is sufficient.

Compartmentation: fire barriers and horizontal exits limit fire spread; the extent of compartmentation should be based on the code and the owner's risk tolerance.

Detection and suppression: smoke detection and sprinklers provide early warning and control; their performance depends on design, installation, and maintenance.

Egress: the path should be continuous, unobstructed, and protected; egress components should be maintained and not locked or blocked.

Emergency response: the fire department's access and operations should be considered; fire department connections, hydrants, and access roads should be designed and maintained.

Occupant education: occupants should know the alarm signals and evacuation routes; the owner is responsible, and the architect should provide information.

Maintenance: fire protection systems require inspection, testing, and maintenance; the owner's program should be documented, and the architect should specify the requirements.

Resilience: fire safety should be maintained during power outages and other emergencies; backup power and passive measures should be considered.

Code analysis: identify the occupancy classification, construction type, and egress requirements; document the analysis and update it as the design changes.

Occupant load: calculate from the floor area and the occupant load factor; the load determines egress width, exits, and plumbing fixtures.

Egress: provide the required number of exits, width, and travel distance; the path should be continuous and unobstructed, and exits should be remote.

Accessibility: provide an accessible route, accessible fixtures, and accessible signage; the route should connect all accessible elements.

Fire ratings: specify the required ratings for walls, floors, shafts, and openings; the ratings should be shown on the drawings and in the specifications.

Structural: coordinate the structural system with the architectural design; openings and modifications require engineering.

Mechanical, electrical, and plumbing: coordinate the systems with the architecture; space, access, and clearances should be designed and shown.

Documentation: the code analysis, life-safety plans, and accessibility narrative should be complete and coordinated; they are the record of compliance.

Professional judgment: the architect's judgment should be based on knowledge, experience, and the standard of care; it should be documented and defensible.

Client interests and public welfare: the architect should serve the client while protecting the public; when the two conflict, public safety prevails.

Confidentiality and disclosure: client information should be protected, but unsafe conditions should be disclosed to the appropriate parties.

Competence: the architect should work within their competence and seek expert advice when needed; the client should be informed.

Integrity: the architect should be honest in all dealings, including fees, schedules, and project status; misrepresentation is a violation.

Fairness: the architect should treat contractors, consultants, and employees fairly; payment and contract terms should be honored.

Mentorship: the architect should support the development of interns and emerging professionals; this is part of professional stewardship.

Continuing education: the architect should stay current with codes, technology, and practice; continuing education is a professional obligation.

Team formation: the architect should assemble a team with the required expertise; the team should be assembled early and the scope should be clear.

Roles and responsibilities: each team member's role should be defined in the contract; the architect should coordinate and review, but not assume the consultant's responsibility.

Communication: regular meetings, minutes, and action items should be used; decisions should be documented and distributed.

Conflict resolution: disagreements should be addressed directly and documented; mediation and other methods should be used before positions harden.

Schedule: the team's schedule should be coordinated; delays in one discipline can affect others, and the critical path should be monitored.

Quality: the team should review each other's work; peer review and coordination reviews reduce errors and omissions.

Ethics: the team should act ethically and professionally; conflicts of interest should be disclosed and avoided.

Closeout: the team should complete closeout together; documentation and warranties should be verified before final payment.

Energy code: the IECC and ASHRAE 90.1 are the common model energy codes; the adopted edition and amendments should be confirmed, and compliance should be documented.

Envelope: insulation, glazing, and air sealing affect energy use; the envelope should be designed as a system, and thermal bridging should be addressed.

HVAC: equipment efficiency, controls, and ventilation should meet the code; the system should be commissioned and maintained.

Lighting: lighting power density (LPD) limits are set by the code; controls (occupancy, daylight, time) are required, and the design should meet both.

Water: fixture flow rates and flush volumes are regulated; the design should meet the code and consider additional efficiency measures.

Renewable energy: the code may require renewable energy readiness or production; the requirement should be confirmed and designed.

Commissioning: the code may require commissioning for certain systems; the scope and documentation should be specified.

Verification: compliance should be documented and verified; the AHJ may require modeling or other documentation, and the owner should receive the records.

Fire-rated construction: the required rating depends on the occupancy, construction type, and location; the rating should be confirmed in the code and shown on the drawings.

Opening protectives: fire doors and windows must match the rating; labels, hardware, and closing devices should be specified and verified.

Firestopping: listed systems are required for penetrations; the architect should specify the system and require documentation.

Smoke barriers: smoke barriers require smoke sealing and are used for smoke compartments; the continuity and opening protection should be designed.

Joints: expansion and seismic joints in rated assemblies require listed joint systems; the details should be specified.

Dampers: fire and smoke dampers are required where ducts penetrate rated assemblies; access for inspection should be designed.

Inspection: rated assemblies and firestopping should be inspected; documentation should be retained, and deficiencies should be corrected.

Maintenance: rated assemblies should be maintained; alterations should not compromise the rating, and the owner should be informed.

Accessible route: at least 36 in wide, with passing spaces at intervals; the route should connect all accessible elements and should not pass through non-public spaces.

Doors: clear width of at least 32 in, maneuvering clearance on both sides, and hardware that is operable with one hand without tight grasping or twisting.

Restrooms: accessible compartments, grab bars, lavatory knee clearance, and mirror heights should meet the standard; pipe protection is required.

Stairs: uniform treads and risers, handrails on both sides where required, and nosings that meet the standard; open risers are limited.

Ramps: maximum slope of 1:12, landings at top and bottom, handrails, and edge protection; the slope and length should be designed.

Elevators: accessible elevators are required in multi-story buildings with accessible floors; the car and hoistway should meet the standard.

Signage: tactile signs at doors, mounted at a consistent height and location; egress signage should be visible and meet the life-safety requirements.

Safety: guard heights, window fall protection, and safety glazing should meet the code; these are frequently missed in interior projects.

Regulatory research: identify the adopted codes, standards, and amendments; the edition and local amendments should be confirmed at project start.

AHJ coordination: meet with the AHJ early to discuss the approach and any alternative compliance; document the outcome.

Code analysis: prepare a written code analysis and update it as the design changes; it is the record of compliance and supports the permit application.

Alternative compliance: where the code does not fit the project, propose an alternative and document the rationale; the AHJ must approve it.

Variances: accessibility and other variances should be requested in writing and documented; the approval should be retained with the project records.

Historic buildings: use the code's historic building provisions and the Secretary of the Interior's Standards; document the approach and coordinate with the AHJ.

Existing buildings: use the IEBC and select the compliance path; document the path and the level of alteration.

Documentation: maintain a complete record of code decisions, approvals, and correspondence; it supports the project and the architect's defense.

Environment and behavior: privacy, territory, and personal space affect satisfaction; the design should provide a range of settings and control.

Ergonomics: adjustable furniture, monitor distance, and lighting should be designed for the task; the design should accommodate a range of users.

Wayfinding: a legible plan, landmarks, and consistent signage reduce dependence on signs; the design should be tested with users where possible.

Inclusive design: consider age, ability, culture, and gender; restrooms, seating, and family accommodations should be designed for diversity.

Biophilic design: daylight, views, and natural materials are associated with well-being; the design should prioritize the strongest evidence.

Post-occupancy evaluation: surveys, interviews, and measurements should be used; the method should match the question and the results should be compared to benchmarks.

Health and safety: cleaning, maintenance, and replacement should be designed in; the design should not create hazards or inaccessible equipment.

Flexibility: modular planning and demountable partitions support change; the cost should be weighed against the expected frequency of reconfiguration.

Professional communication: written records of meetings, decisions, and directives protect all parties; verbal agreements should be confirmed in writing.

Conflict of interest: the architect should avoid relationships that compromise judgment and should disclose potential conflicts.

Competence: the architect should work within their competence or associate with a consultant who has the required expertise.

Public welfare: the duty to protect health, safety, and welfare takes precedence over client preferences and fee considerations.

Confidentiality: client information should be protected; the obligation continues after the project and should be defined in the agreement.

Advertising: architects may advertise but must not make false or misleading statements about qualifications or services.

Mentorship: licensed architects should support interns and emerging professionals through supervision and mentorship.

Jurisdictional practice: practicing in a jurisdiction where one is not licensed is generally prohibited; the board should be consulted.

Fire alarm: manual pull stations, smoke detection, and notification appliances should be located per code; the design should be coordinated with acoustics and lighting.

Egress lighting: emergency lighting should illuminate the path of egress for the required duration and illuminance; battery and generator options should be compared.

Extinguishers: locations and travel distances are code-defined; cabinets should not protrude into the egress width.

Smoke control: atriums and large spaces may require smoke exhaust or pressurization; space and coordination should be designed.

Rated glazing and doors: the rating, framing, and hardware should match the assembly; labels and closers should be specified.

Firestopping: every penetration of a rated assembly should be firestopped with a listed system; the architect should specify and verify.

Hazardous materials: asbestos, lead, and other materials should be identified and abated before renovation; testing and handling should be specified.

Security and life safety: security measures should not compromise egress; electromagnetic locks require code-compliant release devices.

Sustainable sites: site selection, stormwater, and water-efficient fixtures are part of the design scope; indoor water use should be reduced.

Energy modeling: whole-building simulation informs design and is required for some compliance paths; early modeling has the greatest impact.

Materials: recycled content, regional sourcing, low emissions, and durability are criteria; life-cycle assessment quantifies impacts.

Indoor environmental quality: ventilation, thermal comfort, daylight, and acoustics are IEQ categories; commissioning verifies performance.

Commissioning: a third-party agent verifies that systems meet the owner's requirements; it begins in design and continues through occupancy.

Measurement and verification: post-occupancy metering confirms performance; the data should inform future design.

Resilience: passive survivability can maintain livability when systems fail; the design should consider future climate and extreme events.

Certifications: LEED, WELL, and Passive House have different scopes and verification; the choice should be made early.

Team roles: owner, architect, consultants, contractor, and construction manager; each has defined responsibilities in the contract documents.

Consultant coordination: the architect leads coordination but is not responsible for consultants' negligence; the scope and insurance should be defined.

Owner decisions: program, budget, schedule, and major approvals are owner decisions; they should be documented and authorized.

Schedule of values: the contractor allocates the contract sum across work items; the architect reviews it before certifying payment.

Shop drawing review: the review is for conformance with the design concept and contract documents; it does not relieve the contractor of responsibility.

Testing and inspection: special inspections, tests, and mockups verify quality; the architect specifies them and reviews reports.

Record documents: as-builts and record specifications are required at closeout; they should reflect actual conditions.

Closeout and warranty: final payment follows closeout; the warranty period and the architect's role should be defined.

BIM: a shared model supports coordination and clash detection; the level of development (LOD) should be defined in the contract.

Digital delivery: model ownership, data security, and interoperability should be addressed; the architect should verify the model.

Specifications: they should be clear, concise, and enforceable; performance requirements should be measurable, and proprietary products should allow substitution.

Quality assurance: peer review, constructability review, and code review should be scheduled and budgeted.

Risk management: contracts should address indemnity, insurance, limitation of liability, and dispute resolution.

Records retention: project records should be retained for the required period; digital records require backup and migration.

Continuing education: licensure requires continuing education and renewal; lapses affect the ability to practice.

Specialization: additional knowledge and credentials may be required; claims of expertise should be supported.

Interior construction: partitions, ceilings, floors, and millwork should be detailed for fire rating, acoustics, and structure.

Doors and hardware: swings, clearances, hardware function, and fire ratings should be coordinated; egress doors must not require keys.

Millwork: dimensions, materials, and hardware should be specified; shop drawings should be reviewed for design intent and code compliance.

Finishes: durability, maintenance, slip resistance, and emissions are criteria; wet areas require slip-resistant surfaces and waterproofing.

Acoustics: resilient channels, insulation, and sealed penetrations improve performance; a rated partition is only as good as its weakest penetration.

Moisture control: vapor retarders, flashing, and drainage should be detailed; finishes should be selected for the expected moisture.

Structural coordination: openings in structural members require engineering approval; the architect should not modify structure without direction.

Mockups: full-scale mockups verify performance and appearance; they should be specified and reviewed.

Budget: construction cost, soft costs, contingency, and escalation should be separated; contingency should be adjusted as risk changes.

Escalation: construction costs rise over time; a project scheduled for construction in two years should include escalation.

Bid alternates: additive and deductive alternates allow the owner to adjust scope; they should be clearly defined in the bid documents.

Value engineering: a structured process to improve value; it should be conducted early and with the design team.

Schedule: design, permitting, bidding, construction, and closeout should be sequenced; permitting can be on the critical path.

Cash flow: the owner's funding and the contractor's payment schedule should be aligned; retainage and lien waivers protect the owner.

Claims: delay, disruption, and acceleration claims should be documented contemporaneously; field records are key evidence.

Post-occupancy: warranty reviews, POE, and lessons learned should be scheduled; they improve future projects.

Universal design: accessible design is a legal minimum; universal design exceeds it by designing for the widest range of users.

Aging in place: grab bar blocking, zero-threshold showers, wider doorways, and lever hardware support aging occupants.

Neurodiversity: lighting flicker, noise, and strong patterns affect some occupants; adjustable lighting and quiet zones improve usability.

Cultural competence: design should respect users' cultural practices; restroom, food service, and prayer space design may need accommodation.

CPTED: natural surveillance, access control, and territorial reinforcement improve security; they should be balanced with life safety.

Evacuation for all: areas of refuge, evacuation chairs, and communication systems should be designed and coordinated with management.

Wayfinding for all: signage should use multiple modes and be placed consistently; color and contrast should meet accessibility standards.

Inclusive restrooms: gender-neutral and family restrooms require code analysis and design; fixture counts, privacy, and signage should be addressed.

Professional liability: architects are liable for negligent performance; the standard of care is the benchmark, and documentation is the best defense.

Insurance: professional liability covers professional services; general liability covers bodily injury and property damage; limits and exclusions should be confirmed.

Indemnity: broad-form indemnity is often uninsurable; the architect should negotiate to limit indemnity to their own negligence.

Limitation of liability: caps on liability are common; they should be reviewed with counsel and are not always enforceable.

Consequential damages: waivers are common and protect both parties; the waiver should be mutual.

Dispute resolution: mediation, arbitration, and litigation should be sequenced; the arbitration clause should specify rules and location.

Contract review: the agreement and general conditions should be reviewed before signing; unclear scope and risk allocation are common claim sources.

Records: contemporaneous records of decisions, directives, and observations are essential; they should be organized and retrievable.

Programming data: occupant counts, area per person, storage, and equipment should be gathered and verified; assumptions should be documented.

Adjacency diagrams: relationships between spaces are diagrammed before dimensions are assigned; the diagram should reflect function and code.

Block planning: spaces are sized and arranged to test fit; circulation, structure, and core elements should be included.

Net-to-gross: the ratio should be stated and compared to benchmarks; a low ratio may indicate inefficiency.

Growth and flexibility: program growth should be planned with modular planning and swing space; the cost should be weighed.

Code analysis: occupancy classification, occupant load, and egress should be determined during programming.

Budget and program: the program should be tested against the budget early; discrepancies should be resolved with the owner.

Post-occupancy feedback: program assumptions should be compared to actual use; discrepancies inform future programming.

Design phases: schematic design, design development, construction documents, and construction administration; each has defined deliverables.

Deliverables: schematic design includes plans, sections, and a cost estimate; design development includes coordinated systems and outline specifications; construction documents include fully coordinated drawings and specifications.

Owner approvals: each phase ends with owner approval; approval of schematic design does not authorize construction documents.

Schedule and fee: the fee should be allocated across phases; compressed or repeated phases should be compensated.

Quality control: internal reviews, code reviews, and constructability reviews should be scheduled at the end of each phase.

Bidding: the architect assists with bid documents, addenda, and bid evaluation; the owner awards the contract.

Construction administration: the architect observes, reviews submittals, evaluates changes, certifies payment, and conducts substantial completion.

Closeout: the architect verifies closeout documents and assists with warranty issues; the role should be defined in the contract.

Team communication: regular meetings, minutes, and action items keep the team aligned; decisions should be documented.

Client communication: regular progress reports, cost updates, and decision requests; surprises damage trust and lead to claims.

Consultant communication: current drawings and clear scopes; coordination meetings and clash detection reduce errors.

Contractor communication: RFIs, submittals, and change orders should be processed within the contract time limits.

Conflict resolution: disagreements should be addressed directly and documented; mediation should be used before positions harden.

Presentation skills: drawings, models, and narratives should be tailored to the audience; each audience needs different information.

Cultural and language differences: clear, simple language and visual communication reduce misunderstandings.

Ethical communication: information should be accurate and complete; withholding information is a professional violation.

Sustainability goals: energy, water, materials, and IEQ should be set as measurable targets at project start and tracked.

Energy code: the prescriptive and performance paths are alternatives; the performance path requires modeling and allows trade-offs.

Renewable energy: solar systems require roof area, structural capacity, and electrical coordination; they should be considered in schematic design.

Water: rainwater harvesting, greywater reuse, and low-flow fixtures reduce potable water use; local code governs reuse.

Materials: embodied carbon, recycled content, and toxicity should be considered; EPDs provide data for comparison.

Commissioning: systems should be commissioned and monitored; actual performance often differs from predictions.

Resilience: passive strategies can maintain livability during outages; they should be considered alongside active systems.

Rating systems: LEED, WELL, and Passive House have different metrics; the choice should be made early.

Life-safety review: egress paths, exit widths, travel distances, and fire ratings should be checked on every plan.

Accessibility review: accessible routes, clearances, and fixture dimensions should be checked against the standard; a checklist reduces errors.

Code analysis: occupancy classification, construction type, and egress should be documented and updated as the design changes.

Specification review: specifications should be coordinated with drawings; a product in one but not the other creates ambiguity.

Constructability review: details should be reviewed for buildability; a detail that cannot be built will be changed in the field.

Peer review: an independent reviewer can catch errors; the review should be scheduled and budgeted.

Quality metrics: errors and omissions, RFI volume, and change order volume can be tracked to inform improvement.

Lessons learned: post-project reviews should identify what worked and what did not; findings should be documented and shared.

Fire-rated assemblies: the rating and assembly should match the code requirement; the listing and tested assembly should be specified.

Opening protectives: fire doors and glazing must match the rating; labels, closers, and latching are required.

Smoke barriers: smoke barriers are distinct from fire barriers; they require smoke sealing and are used for smoke compartments.

Firestopping: listed systems are required for penetrations; the architect should specify the system and require documentation.

Joint systems: expansion and seismic joints in rated assemblies require listed joint systems.

Dampers: fire and smoke dampers are required where ducts penetrate rated assemblies; access for inspection should be designed.

Elevator shafts: shafts are typically rated enclosures; the rating, door protection, and venting should be confirmed.

Inspection: rated assemblies and firestopping should be inspected; documentation should be retained and deficiencies corrected.

Existing conditions: measured drawings, structural assessment, and hazardous materials testing should be completed before design.

Code compliance: the IEBC provides paths based on the work area and level of alteration; the path should be documented with the AHJ.

Accessibility: alterations trigger upgrades to the extent practicable; technical infeasibility should be documented.

Structural: removing or altering structure requires engineering; a wall should not be assumed non-bearing without verification.

Historic preservation: the Secretary of the Interior's Standards and the code's historic building provisions should be applied together.

Phasing: renovations often occur while occupied; life safety, egress, and noise should be planned and approved.

Demolition: drawings and specifications should address protection of adjacent construction, utilities, and hazardous materials.

Commissioning: existing systems should be tested and commissioned after alteration; the owner should be informed of performance.

Ethics and the public: the obligation includes reporting unsafe conditions and refusing to seal noncompliant work.

Competence: the architect should not accept work outside their competence without consultation; the client should be informed.

Conflicts of interest: financial interests should be disclosed and avoided where they could affect judgment.

Honesty: credentials, experience, and project roles should be represented accurately; misleading claims are a violation.

Fairness: fair compensation, clear agreements, and timely payment are professional obligations.

Confidentiality: client and project information should be protected; the obligation continues after the project.

Mentorship: licensed architects should support interns and emerging professionals.

Jurisdictional compliance: licensure, continuing education, and practice requirements should be maintained.

Fire alarm sequence: alarm, notification, and response should be coordinated with the emergency plan and the AHJ.

Voice evacuation: high-rise and large assembly occupancies may require voice evacuation; intelligibility should be considered.

Mass notification: systems may be required for certain occupancies; they should be integrated with the fire alarm.

Emergency lighting: exit signs and egress lighting should be on emergency power; duration and illuminance should meet the code.

Elevator recall: recall and standby power are required for firefighter service; the sequence should be coordinated.

Area of refuge: areas of refuge require communication, signage, and accessibility; they should be coordinated with the emergency plan.

Evacuation elevators: where provided, they require standby power, fire-rated construction, and coordination with the fire alarm.

Drills and training: the owner is responsible; the architect should provide information and documentation.

Design intent: the concept and the reasons behind decisions should be documented in a design narrative.

Performance and aesthetics: both should be evaluated; a design that performs but is unpleasant may fail in use.

Innovation and risk: new materials and systems should be evaluated for performance, code compliance, and warranty.

Prototyping: physical and digital prototypes test assumptions; they should be scheduled and budgeted.

Feedback loops: POE, commissioning, and warranty reviews provide feedback that should improve future projects.

Documentation: decisions, alternatives, and rationale should be documented to support the owner and the architect.

Sustainability and innovation: claims should be supported by data, and performance should be measured after occupancy.

Professional development: architects should pursue continuing education and research to evaluate new approaches.

Contract documents: drawings, specifications, addenda, and contract forms define the work; the order of precedence should be stated.

Drawings: plans, elevations, sections, details, schedules, and diagrams should be coordinated; dimensions should be clear.

Specifications: organized by MasterFormat divisions; Division 01 governs procedures, and technical sections should be coordinated.

Schedules: door, window, finish, and equipment schedules are contract documents; they should be complete and coordinated.

Addenda: issued during bidding to clarify or modify the documents; they become part of the contract.

Submittals: shop drawings, product data, and samples demonstrate compliance; the review should be timely and state the action taken.

RFIs and ASIs: RFIs request information; ASIs direct changes; responses should be within the contract time.

Closeout: as-builts, warranties, O&M manuals, and attic stock should be specified and verified.

Life-cycle cost: initial plus operating, maintenance, and replacement costs, discounted to present value; it should be used for major decisions.

Payback: the time for savings to equal the incremental cost; simple payback ignores the time value of money.

Return on investment: net benefits divided by cost; alternatives should be compared with the same assumptions.

Energy and water savings: quantified from modeling or metering; savings should be verified after occupancy.

Maintenance and replacement: equipment life and maintenance cost should be included; low first cost can be expensive over time.

Resilience and risk: the cost of failure should be considered; resilience measures may have a strong life-cycle case.

Funding and incentives: grants, tax credits, and utility incentives can change the economics.

Decision documentation: the analysis, assumptions, and decision should be documented.

Design review: the owner, architect, and consultants should review the design at each phase; decisions should be documented.

Constructability review: the contractor or a third party should review for buildability; findings should be resolved before bidding.

Code review: a code consultant or the AHJ should review for compliance; the review should be repeated as the design changes.

Accessibility review: a specialist should review against the standard; a checklist and a site visit reduce errors.

Peer review: an independent architect should review the design and documents; findings should be tracked.

Mockup review: full-scale mockups should be reviewed for appearance, performance, and coordination.

Commissioning review: the commissioning agent should review for commissionability; issues should be resolved before construction.

Post-occupancy review: the design should be evaluated in use; findings should improve future projects.

Fire safety concepts: prevent ignition, control growth, contain fire, and protect occupants; no single measure is sufficient.

Compartmentation: fire barriers and horizontal exits limit spread; the extent should be based on code and risk tolerance.

Detection and suppression: smoke detection and sprinklers provide early warning and control; performance depends on maintenance.

Egress: the path should be continuous, unobstructed, and protected; it should be maintained and not blocked.

Emergency response: fire department access and operations should be considered; connections and hydrants should be designed.

Occupant education: occupants should know the signals and routes; the owner is responsible, and the architect should provide information.

Maintenance: fire protection systems require inspection, testing, and maintenance; the requirements should be specified.

Resilience: fire safety should be maintained during outages; backup power and passive measures should be considered.

Code analysis: identify occupancy, construction type, and egress; document the analysis and update it as the design changes.

Occupant load: calculate from area and factor; the load determines egress width, exits, and fixtures.

Egress: provide the required exits, width, and travel distance; the path should be continuous and exits remote.

Accessibility: provide an accessible route, fixtures, and signage; the route should connect all accessible elements.

Fire ratings: specify ratings for walls, floors, shafts, and openings; they should be shown on drawings and in specifications.

Structural: coordinate the structure with the architecture; openings and modifications require engineering.

MEP: coordinate systems with the architecture; space, access, and clearances should be designed.

Documentation: the code analysis, life-safety plans, and accessibility narrative should be complete and coordinated.

Professional judgment: judgment should be based on knowledge, experience, and the standard of care; it should be documented.

Client and public: the architect should serve the client while protecting the public; public safety prevails.

Confidentiality: client information should be protected, but unsafe conditions should be disclosed to the appropriate parties.

Competence: the architect should work within their competence and seek expert advice when needed.

Integrity: the architect should be honest in fees, schedules, and project status; misrepresentation is a violation.

Fairness: contractors, consultants, and employees should be treated fairly; contracts should be honored.

Mentorship: the architect should support interns and emerging professionals.

Continuing education: the architect should stay current with codes, technology, and practice.

Team formation: the team should have the required expertise; it should be assembled early with clear scope.

Roles: each member's role should be defined in the contract; the architect coordinates and reviews but does not assume consultant responsibility.

Communication: regular meetings, minutes, and action items should be used; decisions should be documented.

Conflict resolution: disagreements should be addressed directly and documented; mediation should be used before positions harden.

Schedule: the team's schedule should be coordinated; delays in one discipline affect others.

Quality: the team should review each other's work; peer review reduces errors.

Ethics: the team should act ethically; conflicts of interest should be disclosed.

Closeout: the team should complete closeout together; documentation and warranties should be verified.

Energy code: the IECC and ASHRAE 90.1 are common model codes; the adopted edition and amendments should be confirmed.

Envelope: insulation, glazing, and air sealing affect energy use; thermal bridging should be addressed.

HVAC: equipment efficiency, controls, and ventilation should meet the code; systems should be commissioned.

Lighting: LPD limits are set by the code; controls are required, and the design should meet both.

Water: fixture flow rates and flush volumes are regulated; additional efficiency measures should be considered.

Renewable energy: the code may require readiness or production; the requirement should be confirmed.

Commissioning: the code may require commissioning; the scope and documentation should be specified.

Verification: compliance should be documented and verified; the owner should receive the records.

Fire-rated construction: the rating depends on occupancy, construction type, and location; it should be confirmed and shown.

Opening protectives: fire doors and windows must match the rating; labels and hardware should be specified.

Firestopping: listed systems are required for penetrations; documentation should be required.

Smoke barriers: smoke barriers require smoke sealing; continuity and opening protection should be designed.

Joints: expansion and seismic joints in rated assemblies require listed systems.

Dampers: fire and smoke dampers are required where ducts penetrate rated assemblies; access should be designed.

Inspection: rated assemblies and firestopping should be inspected; deficiencies should be corrected.

Maintenance: rated assemblies should be maintained; alterations should not compromise the rating.

Accessible route: at least 36 in wide with passing spaces; it should connect all accessible elements.

Doors: clear width of at least 32 in, maneuvering clearance, and hardware operable with one hand.

Restrooms: accessible compartments, grab bars, knee clearance, and mirror heights should meet the standard.

Stairs: uniform treads and risers, handrails, and compliant nosings; open risers are limited.

Ramps: maximum slope of 1:12, landings, handrails, and edge protection.

Elevators: accessible elevators are required in multi-story buildings with accessible floors.

Signage: tactile signs at doors, mounted consistently; egress signage should be visible.

Safety: guard heights, window fall protection, and safety glazing should meet the code.

Regulatory research: identify the adopted codes, standards, and amendments at project start.

AHJ coordination: meet early to discuss the approach and alternative compliance; document the outcome.

Code analysis: prepare a written analysis and update it as the design changes.

Alternative compliance: propose alternatives with rationale; the AHJ must approve them.

Variances: request in writing and document; retain approvals with project records.

Historic buildings: use historic building provisions and the Secretary's Standards; coordinate with the AHJ.

Existing buildings: use the IEBC and select the compliance path; document the path.

Documentation: maintain a complete record of code decisions and approvals.

Environment and behavior: privacy, territory, and personal space affect satisfaction; a range of settings and control should be provided.

Ergonomics: adjustable furniture, monitor distance, and lighting should be designed for the task and a range of users.

Wayfinding: a legible plan, landmarks, and consistent signage reduce dependence on signs.

Inclusive design: age, ability, culture, and gender should be considered in restrooms, seating, and family accommodations.

Biophilic design: daylight, views, and natural materials are associated with well-being; the strongest evidence should be prioritized.

Post-occupancy evaluation: surveys, interviews, and measurements should match the question and be compared to benchmarks.

Health and safety: cleaning, maintenance, and replacement should be designed in; hazards should be avoided.

Flexibility: modular planning and demountable partitions support change; the cost should be weighed.

Professional communication: written records of meetings, decisions, and directives protect all parties.

Conflict of interest: relationships that compromise judgment should be avoided and disclosed.

Competence: work should be within the architect's competence or supported by a qualified consultant.

Public welfare: health, safety, and welfare take precedence over client preferences and fees.

Confidentiality: client information should be protected, and the obligation continues after the project.

Advertising: false or misleading statements about qualifications are prohibited.

Mentorship: licensed architects should support interns and emerging professionals.

Jurisdictional practice: practicing without a license is generally prohibited; the board should be consulted.

Fire alarm: pull stations, detection, and notification should be located per code and coordinated with acoustics and lighting.

Egress lighting: emergency lighting should meet the duration and illuminance requirements; battery and generator options should be compared.

Extinguishers: locations and travel distances are code-defined; cabinets should not protrude into egress.

Smoke control: atriums and large spaces may require smoke exhaust or pressurization; space should be designed.

Rated glazing and doors: rating, framing, and hardware should match the assembly; labels and closers should be specified.

Firestopping: every penetration should be firestopped with a listed system; the architect should verify.

Hazardous materials: asbestos, lead, and other materials should be identified and abated before renovation.

Security and life safety: security measures should not compromise egress; electromagnetic locks require compliant release.

Sustainable sites: site selection, stormwater, and water-efficient fixtures are part of the scope.

Energy modeling: whole-building simulation informs design and is required for some paths; early modeling has the greatest impact.

Materials: recycled content, regional sourcing, low emissions, and durability are criteria; LCA quantifies impacts.

IEQ: ventilation, thermal comfort, daylight, and acoustics are categories; commissioning verifies performance.

Commissioning: a third-party agent verifies systems meet the owner's requirements; it begins in design.

Measurement and verification: post-occupancy metering confirms performance and informs future design.

Resilience: passive survivability can maintain livability when systems fail.

Certifications: LEED, WELL, and Passive House have different scopes; the choice should be made early.

Team roles: owner, architect, consultants, contractor, and construction manager have defined responsibilities.

Consultant coordination: the architect leads coordination but is not responsible for consultants' negligence.

Owner decisions: program, budget, schedule, and approvals are owner decisions; they should be documented.

Schedule of values: the contractor allocates the contract sum; the architect reviews it before certifying payment.

Shop drawing review: the review is for conformance with the design concept; it does not relieve the contractor of responsibility.

Testing and inspection: special inspections, tests, and mockups verify quality; the architect reviews reports.

Record documents: as-builts and record specifications are required at closeout.

Closeout and warranty: final payment follows closeout; the warranty period and role should be defined.

BIM: a shared model supports coordination; the level of development should be defined in the contract.

Digital delivery: model ownership, data security, and interoperability should be addressed.

Specifications: clear, concise, and enforceable; performance requirements should be measurable.

Quality assurance: peer review, constructability review, and code review should be scheduled and budgeted.

Risk management: contracts should address indemnity, insurance, limitation of liability, and dispute resolution.

Records retention: project records should be retained for the required period; digital records require backup.

Continuing education: licensure requires continuing education and renewal.

Specialization: additional knowledge and credentials may be required; claims should be supported.

Interior construction: partitions, ceilings, floors, and millwork should be detailed for fire rating, acoustics, and structure.

Doors and hardware: swings, clearances, hardware function, and ratings should be coordinated; egress doors must not require keys.

Millwork: dimensions, materials, and hardware should be specified; shop drawings should be reviewed.

Finishes: durability, maintenance, slip resistance, and emissions are criteria; wet areas require waterproofing.

Acoustics: resilient channels, insulation, and sealed penetrations improve performance.

Moisture control: vapor retarders, flashing, and drainage should be detailed; finishes should suit the moisture conditions.

Structural coordination: openings in structural members require engineering approval.

Mockups: full-scale mockups verify performance and appearance; they should be specified and reviewed.

Budget: construction cost, soft costs, contingency, and escalation should be separated; contingency should be adjusted as risk changes.

Escalation: construction costs rise over time; projects scheduled for future construction should include escalation.

Bid alternates: additive and deductive alternates allow scope adjustment; they should be clearly defined.

Value engineering: a structured process to improve value; it should be conducted early with the design team.

Schedule: design, permitting, bidding, construction, and closeout should be sequenced; permitting can be critical.

Cash flow: the owner's funding and the contractor's payment schedule should be aligned; retainage protects the owner.

Claims: delay, disruption, and acceleration claims should be documented contemporaneously.

Post-occupancy: warranty reviews, POE, and lessons learned should be scheduled.

Universal design: accessible design is a legal minimum; universal design exceeds it for the widest range of users.

Aging in place: grab bar blocking, zero-threshold showers, wider doorways, and lever hardware support aging occupants.

Neurodiversity: flicker, noise, and strong patterns affect some occupants; adjustable lighting and quiet zones help.

Cultural competence: design should respect cultural practices; restroom, food service, and prayer space may need accommodation.

CPTED: natural surveillance, access control, and territorial reinforcement improve security; balance with life safety.

Evacuation for all: areas of refuge, evacuation chairs, and communication systems should be designed.

Wayfinding for all: signage should use multiple modes and meet accessibility standards.

Inclusive restrooms: gender-neutral and family restrooms require code analysis; fixture counts, privacy, and signage should be addressed.

Professional liability: architects are liable for negligent performance; the standard of care is the benchmark.

Insurance: professional liability covers professional services; general liability covers injury and property damage.

Indemnity: broad-form indemnity is often uninsurable; the architect should limit it to their own negligence.

Limitation of liability: caps are common; they should be reviewed with counsel and are not always enforceable.

Consequential damages: waivers are common and should be mutual.

Dispute resolution: mediation, arbitration, and litigation should be sequenced; the clause should specify rules and location.

Contract review: the agreement and general conditions should be reviewed before signing; unclear scope is a common claim source.

Records: contemporaneous records of decisions and observations are essential.

Programming data: occupant counts, area per person, storage, and equipment should be gathered and verified.

Adjacency diagrams: relationships are diagrammed before dimensions; the diagram should reflect function and code.

Block planning: spaces are sized and arranged to test fit; circulation, structure, and core should be included.

Net-to-gross: the ratio should be stated and compared to benchmarks.

Growth and flexibility: program growth should be planned with modular planning and swing space.

Code analysis: occupancy, occupant load, and egress should be determined during programming.

Budget and program: the program should be tested against the budget early.

Post-occupancy feedback: program assumptions should be compared to actual use.

Design phases: schematic design, design development, construction documents, and construction administration.

Deliverables: schematic design includes plans, sections, and a cost estimate; design development includes coordinated systems; construction documents include fully coordinated drawings and specifications.

Owner approvals: each phase ends with owner approval; schematic approval does not authorize construction documents.

Schedule and fee: the fee should be allocated across phases; compressed phases should be compensated.

Quality control: internal, code, and constructability reviews should be scheduled at the end of each phase.

Bidding: the architect assists with bid documents and evaluation; the owner awards the contract.

Construction administration: observation, submittals, changes, payment certification, and substantial completion.

Closeout: the architect verifies closeout documents and assists with warranty issues.

Team communication: regular meetings, minutes, and action items keep the team aligned.

Client communication: regular progress reports, cost updates, and decision requests; surprises damage trust.

Consultant communication: current drawings and clear scopes; coordination meetings reduce errors.

Contractor communication: RFIs, submittals, and change orders should be processed within the contract time.

Conflict resolution: disagreements should be addressed directly and documented.

Presentation skills: drawings, models, and narratives should be tailored to the audience.

Cultural and language differences: clear language and visual communication reduce misunderstandings.

Ethical communication: information should be accurate and complete.

Sustainability goals: energy, water, materials, and IEQ should be measurable targets at project start.

Energy code: prescriptive and performance paths are alternatives; the performance path requires modeling.

Renewable energy: solar systems require roof area, structure, and electrical coordination.

Water: rainwater harvesting, greywater reuse, and low-flow fixtures reduce potable water use; local code governs.

Materials: embodied carbon, recycled content, and toxicity should be considered; EPDs provide data.

Commissioning: systems should be commissioned and monitored; performance often differs from predictions.

Resilience: passive strategies can maintain livability during outages.

Rating systems: LEED, WELL, and Passive House have different metrics; the choice should be made early.

Life-safety review: egress paths, exit widths, travel distances, and fire ratings should be checked on every plan.

Accessibility review: routes, clearances, and fixture dimensions should be checked; a checklist reduces errors.

Code analysis: occupancy, construction type, and egress should be documented and updated.

Specification review: specifications should be coordinated with drawings; a product in one but not the other creates ambiguity.

Constructability review: details should be reviewed for buildability.

Peer review: an independent reviewer can catch errors; the review should be scheduled and budgeted.

Quality metrics: errors and omissions, RFI volume, and change order volume can be tracked.

Lessons learned: post-project reviews should identify what worked and what did not.

Fire-rated assemblies: the rating and assembly should match the code requirement; the listing should be specified.

Opening protectives: fire doors and glazing must match the rating; labels, closers, and latching are required.

Smoke barriers: smoke barriers are distinct from fire barriers; they require smoke sealing.

Firestopping: listed systems are required for penetrations; documentation should be required.

Joint systems: expansion and seismic joints in rated assemblies require listed systems.

Dampers: fire and smoke dampers are required where ducts penetrate rated assemblies; access should be designed.

Elevator shafts: shafts are typically rated enclosures; rating, door protection, and venting should be confirmed.

Inspection: rated assemblies and firestopping should be inspected; deficiencies should be corrected.

Existing conditions: measured drawings, structural assessment, and hazardous materials testing should be completed before design.

Code compliance: the IEBC provides paths based on work area and level of alteration; the path should be documented.

Accessibility: alterations trigger upgrades to the extent practicable; technical infeasibility should be documented.

Structural: removing or altering structure requires engineering; a wall should not be assumed non-bearing.

Historic preservation: the Secretary's Standards and the code's historic provisions should be applied together.

Phasing: renovations often occur while occupied; life safety, egress, and noise should be planned.

Demolition: drawings and specifications should address protection, utilities, and hazardous materials.

Commissioning: existing systems should be tested and commissioned after alteration.

Ethics and the public: the obligation includes reporting unsafe conditions and refusing to seal noncompliant work.

Competence: work outside competence should not be accepted without consultation.

Conflicts of interest: financial interests should be disclosed and avoided where they could affect judgment.

Honesty: credentials, experience, and roles should be represented accurately.

Fairness: fair compensation, clear agreements, and timely payment are professional obligations.

Confidentiality: client and project information should be protected; the obligation continues.

Mentorship: licensed architects should support interns and emerging professionals.

Jurisdictional compliance: licensure, continuing education, and practice requirements should be maintained.

Fire alarm sequence: alarm, notification, and response should be coordinated with the emergency plan and the AHJ.

Voice evacuation: high-rise and large assembly occupancies may require it; intelligibility should be considered.

Mass notification: systems may be required; they should be integrated with the fire alarm.

Emergency lighting: exit signs and egress lighting should be on emergency power; duration and illuminance should meet the code.

Elevator recall: recall and standby power are required for firefighter service.

Area of refuge: communication, signage, and accessibility are required; coordinate with the emergency plan.

Evacuation elevators: where provided, they require standby power and fire-rated construction.

Drills and training: the owner is responsible; the architect should provide information.

Design intent: the concept and the reasons behind decisions should be documented in a design narrative.

Performance and aesthetics: both should be evaluated; a design that performs but is unpleasant may fail in use.

Innovation and risk: new materials and systems should be evaluated for performance, code compliance, and warranty.

Prototyping: physical and digital prototypes test assumptions; they should be scheduled and budgeted.

Feedback loops: POE, commissioning, and warranty reviews provide feedback that should improve future projects.

Documentation: decisions, alternatives, and rationale should be documented.

Sustainability and innovation: claims should be supported by data, and performance should be measured.

Professional development: architects should pursue continuing education and research.

Contract documents: drawings, specifications, addenda, and contract forms define the work; the order of precedence should be stated.

Drawings: plans, elevations, sections, details, schedules, and diagrams should be coordinated.

Specifications: organized by MasterFormat divisions; Division 01 governs procedures.

Schedules: door, window, finish, and equipment schedules are contract documents; they should be complete.

Addenda: issued during bidding to clarify or modify the documents; they become part of the contract.

Submittals: shop drawings, product data, and samples demonstrate compliance; the review should state the action taken.

RFIs and ASIs: RFIs request information; ASIs direct changes; responses should be within the contract time.

Closeout: as-builts, warranties, O&M manuals, and attic stock should be specified and verified.

Life-cycle cost: initial plus operating, maintenance, and replacement costs, discounted to present value.

Payback: the time for savings to equal the incremental cost; simple payback ignores the time value of money.

Return on investment: net benefits divided by cost; alternatives should be compared with the same assumptions.

Energy and water savings: quantified from modeling or metering; savings should be verified after occupancy.

Maintenance and replacement: equipment life and maintenance cost should be included.

Resilience and risk: the cost of failure should be considered; resilience measures may have a strong life-cycle case.

Funding and incentives: grants, tax credits, and utility incentives can change the economics.

Decision documentation: the analysis, assumptions, and decision should be documented.

Design review: the owner, architect, and consultants should review the design at each phase.

Constructability review: the contractor or a third party should review for buildability before bidding.

Code review: a code consultant or the AHJ should review for compliance; the review should be repeated.

Accessibility review: a specialist should review against the standard; a checklist and site visit reduce errors.

Peer review: an independent architect should review the design and documents.

Mockup review: full-scale mockups should be reviewed for appearance, performance, and coordination.

Commissioning review: the commissioning agent should review for commissionability.

Post-occupancy review: the design should be evaluated in use; findings should improve future projects.

Fire safety concepts: prevent ignition, control growth, contain fire, and protect occupants.

Compartmentation: fire barriers and horizontal exits limit spread; the extent should be based on code and risk tolerance.

Detection and suppression: smoke detection and sprinklers provide early warning and control.

Egress: the path should be continuous, unobstructed, and protected; it should be maintained.

Emergency response: fire department access and operations should be considered.

Occupant education: occupants should know the signals and routes; the owner is responsible.

Maintenance: fire protection systems require inspection, testing, and maintenance.

Resilience: fire safety should be maintained during outages; backup power and passive measures should be considered.

Code analysis: identify occupancy, construction type, and egress; document and update the analysis.

Occupant load: calculate from area and factor; the load determines egress width, exits, and fixtures.

Egress: provide the required exits, width, and travel distance; the path should be continuous and exits remote.

Accessibility: provide an accessible route, fixtures, and signage; the route should connect all accessible elements.

Fire ratings: specify ratings for walls, floors, shafts, and openings; show them on drawings and in specifications.

Structural: coordinate the structure with the architecture; openings and modifications require engineering.

MEP: coordinate systems with the architecture; space, access, and clearances should be designed.

Documentation: the code analysis, life-safety plans, and accessibility narrative should be complete.

Professional judgment: judgment should be based on knowledge, experience, and the standard of care; it should be documented.

Client and public: the architect should serve the client while protecting the public; public safety prevails.

Confidentiality: client information should be protected, but unsafe conditions should be disclosed to the appropriate parties.

Competence: the architect should work within their competence and seek expert advice when needed.

Integrity: the architect should be honest in fees, schedules, and project status.

Fairness: contractors, consultants, and employees should be treated fairly.

Mentorship: the architect should support interns and emerging professionals.

Continuing education: the architect should stay current with codes, technology, and practice.

Team formation: the team should have the required expertise and be assembled early with clear scope.

Roles: each member's role should be defined in the contract; the architect coordinates and reviews.

Communication: regular meetings, minutes, and action items should be used.

Conflict resolution: disagreements should be addressed directly and documented.

Schedule: the team's schedule should be coordinated; delays in one discipline affect others.

Quality: the team should review each other's work; peer review reduces errors.

Ethics: the team should act ethically; conflicts of interest should be disclosed.

Closeout: the team should complete closeout together; documentation and warranties should be verified.

Energy code: the IECC and ASHRAE 90.1 are common model codes; the adopted edition and amendments should be confirmed.

Envelope: insulation, glazing, and air sealing affect energy use; thermal bridging should be addressed.

HVAC: equipment efficiency, controls, and ventilation should meet the code; systems should be commissioned.

Lighting: LPD limits are set by the code; controls are required, and the design should meet both.

Water: fixture flow rates and flush volumes are regulated; additional efficiency measures should be considered.

Renewable energy: the code may require readiness or production; the requirement should be confirmed.

Commissioning: the code may require commissioning; the scope and documentation should be specified.

Verification: compliance should be documented and verified; the owner should receive the records.

Fire-rated construction: the rating depends on occupancy, construction type, and location; it should be confirmed and shown.

Opening protectives: fire doors and windows must match the rating; labels and hardware should be specified.

Firestopping: listed systems are required for penetrations; documentation should be required.

Smoke barriers: smoke barriers require smoke sealing; continuity and opening protection should be designed.

Joints: expansion and seismic joints in rated assemblies require listed systems.

Dampers: fire and smoke dampers are required where ducts penetrate rated assemblies; access should be designed.

Inspection: rated assemblies and firestopping should be inspected; deficiencies should be corrected.

Maintenance: rated assemblies should be maintained; alterations should not compromise the rating.

Accessible route: at least 36 in wide with passing spaces; it should connect all accessible elements.

Doors: clear width of at least 32 in, maneuvering clearance, and hardware operable with one hand.

Restrooms: accessible compartments, grab bars, knee clearance, and mirror heights should meet the standard.

Stairs: uniform treads and risers, handrails, and compliant nosings; open risers are limited.

Ramps: maximum slope of 1:12, landings, handrails, and edge protection.

Elevators: accessible elevators are required in multi-story buildings with accessible floors.

Signage: tactile signs at doors, mounted consistently; egress signage should be visible.

Safety: guard heights, window fall protection, and safety glazing should meet the code.

Regulatory research: identify the adopted codes, standards, and amendments at project start.

AHJ coordination: meet early to discuss the approach and alternative compliance; document the outcome.

Code analysis: prepare a written analysis and update it as the design changes.

Alternative compliance: propose alternatives with rationale; the AHJ must approve them.

Variances: request in writing and document; retain approvals with project records.

Historic buildings: use historic building provisions and the Secretary's Standards; coordinate with the AHJ.

Existing buildings: use the IEBC and select the compliance path; document the path.

Documentation: maintain a complete record of code decisions and approvals.

Environment and behavior: privacy, territory, and personal space affect satisfaction; a range of settings and control should be provided.

Ergonomics: adjustable furniture, monitor distance, and lighting should be designed for the task and a range of users.

Wayfinding: a legible plan, landmarks, and consistent signage reduce dependence on signs.

Inclusive design: age, ability, culture, and gender should be considered in restrooms, seating, and family accommodations.

Biophilic design: daylight, views, and natural materials are associated with well-being; the strongest evidence should be prioritized.

Post-occupancy evaluation: surveys, interviews, and measurements should match the question and be compared to benchmarks.

Health and safety: cleaning, maintenance, and replacement should be designed in; hazards should be avoided.

Flexibility: modular planning and demountable partitions support change; the cost should be weighed.

Professional communication: written records of meetings, decisions, and directives protect all parties.

Conflict of interest: relationships that compromise judgment should be avoided and disclosed.

Competence: work should be within the architect's competence or supported by a qualified consultant.

Public welfare: health, safety, and welfare take precedence over client preferences and fees.

Confidentiality: client information should be protected, and the obligation continues after the project.

Advertising: false or misleading statements about qualifications are prohibited.

Mentorship: licensed architects should support interns and emerging professionals.

Jurisdictional practice: practicing without a license is generally prohibited; the board should be consulted.

Fire alarm: pull stations, detection, and notification should be located per code and coordinated with acoustics and lighting.

Egress lighting: emergency lighting should meet the duration and illuminance requirements; battery and generator options should be compared.

Extinguishers: locations and travel distances are code-defined; cabinets should not protrude into egress.

Smoke control: atriums and large spaces may require smoke exhaust or pressurization; space should be designed.

Rated glazing and doors: rating, framing, and hardware should match the assembly; labels and closers should be specified.

Firestopping: every penetration should be firestopped with a listed system; the architect should verify.

Hazardous materials: asbestos, lead, and other materials should be identified and abated before renovation.

Security and life safety: security measures should not compromise egress; electromagnetic locks require compliant release.

Sustainable sites: site selection, stormwater, and water-efficient fixtures are part of the scope.

Energy modeling: whole-building simulation informs design and is required for some paths; early modeling has the greatest impact.

Materials: recycled content, regional sourcing, low emissions, and durability are criteria; LCA quantifies impacts.

IEQ: ventilation, thermal comfort, daylight, and acoustics are categories; commissioning verifies performance.

Commissioning: a third-party agent verifies systems meet the owner's requirements; it begins in design.

Measurement and verification: post-occupancy metering confirms performance and informs future design.

Resilience: passive survivability can maintain livability when systems fail.

Certifications: LEED, WELL, and Passive House have different scopes; the choice should be made early.

Team roles: owner, architect, consultants, contractor, and construction manager have defined responsibilities.

Consultant coordination: the architect leads coordination but is not responsible for consultants' negligence.

Owner decisions: program, budget, schedule, and approvals are owner decisions; they should be documented.

Schedule of values: the contractor allocates the contract sum; the architect reviews it before certifying payment.

Shop drawing review: the review is for conformance with the design concept; it does not relieve the contractor of responsibility.

Testing and inspection: special inspections, tests, and mockups verify quality; the architect reviews reports.

Record documents: as-builts and record specifications are required at closeout.

Closeout and warranty: final payment follows closeout; the warranty period and role should be defined.

BIM: a shared model supports coordination; the level of development should be defined in the contract.

Digital delivery: model ownership, data security, and interoperability should be addressed.

Specifications: clear, concise, and enforceable; performance requirements should be measurable.

Quality assurance: peer review, constructability review, and code review should be scheduled and budgeted.

Risk management: contracts should address indemnity, insurance, limitation of liability, and dispute resolution.

Records retention: project records should be retained for the required period; digital records require backup.

Continuing education: licensure requires continuing education and renewal.

Specialization: additional knowledge and credentials may be required; claims should be supported.

Interior construction: partitions, ceilings, floors, and millwork should be detailed for fire rating, acoustics, and structure.

Doors and hardware: swings, clearances, hardware function, and ratings should be coordinated; egress doors must not require keys.

Millwork: dimensions, materials, and hardware should be specified; shop drawings should be reviewed.

Finishes: durability, maintenance, slip resistance, and emissions are criteria; wet areas require waterproofing.

Acoustics: resilient channels, insulation, and sealed penetrations improve performance.

Moisture control: vapor retarders, flashing, and drainage should be detailed; finishes should suit the moisture conditions.

Structural coordination: openings in structural members require engineering approval.

Mockups: full-scale mockups verify performance and appearance; they should be specified and reviewed.

Budget: construction cost, soft costs, contingency, and escalation should be separated; contingency should be adjusted as risk changes.

Escalation: construction costs rise over time; projects scheduled for future construction should include escalation.

Bid alternates: additive and deductive alternates allow scope adjustment; they should be clearly defined.

Value engineering: a structured process to improve value; it should be conducted early with the design team.

Schedule: design, permitting, bidding, construction, and closeout should be sequenced; permitting can be critical.

Cash flow: the owner's funding and the contractor's payment schedule should be aligned; retainage protects the owner.

Claims: delay, disruption, and acceleration claims should be documented contemporaneously.

Post-occupancy: warranty reviews, POE, and lessons learned should be scheduled.

Universal design: accessible design is a legal minimum; universal design exceeds it for the widest range of users.

Aging in place: grab bar blocking, zero-threshold showers, wider doorways, and lever hardware support aging occupants.

Neurodiversity: flicker, noise, and strong patterns affect some occupants; adjustable lighting and quiet zones help.

Cultural competence: design should respect cultural practices; restroom, food service, and prayer space may need accommodation.

CPTED: natural surveillance, access control, and territorial reinforcement improve security; balance with life safety.

Evacuation for all: areas of refuge, evacuation chairs, and communication systems should be designed.

Wayfinding for all: signage should use multiple modes and meet accessibility standards.

Inclusive restrooms: gender-neutral and family restrooms require code analysis; fixture counts, privacy, and signage should be addressed.

Professional liability: architects are liable for negligent performance; the standard of care is the benchmark.

Insurance: professional liability covers professional services; general liability covers injury and property damage.

Indemnity: broad-form indemnity is often uninsurable; the architect should limit it to their own negligence.

Limitation of liability: caps are common; they should be reviewed with counsel and are not always enforceable.

Consequential damages: waivers are common and should be mutual.

Dispute resolution: mediation, arbitration, and litigation should be sequenced; the clause should specify rules and location.

Contract review: the agreement and general conditions should be reviewed before signing; unclear scope is a common claim source.

Records: contemporaneous records of decisions and observations are essential.

Programming data: occupant counts, area per person, storage, and equipment should be gathered and verified.

Adjacency diagrams: relationships are diagrammed before dimensions; the diagram should reflect function and code.

Block planning: spaces are sized and arranged to test fit; circulation, structure, and core should be included.

Net-to-gross: the ratio should be stated and compared to benchmarks.

Growth and flexibility: program growth should be planned with modular planning and swing space.

Code analysis: occupancy, occupant load, and egress should be determined during programming.

Budget and program: the program should be tested against the budget early.

Post-occupancy feedback: program assumptions should be compared to actual use.

Design phases: schematic design, design development, construction documents, and construction administration.

Deliverables: schematic design includes plans, sections, and a cost estimate; design development includes coordinated systems; construction documents include fully coordinated drawings and specifications.

Owner approvals: each phase ends with owner approval; schematic approval does not authorize construction documents.

Schedule and fee: the fee should be allocated across phases; compressed phases should be compensated.

Quality control: internal, code, and constructability reviews should be scheduled at the end of each phase.

Bidding: the architect assists with bid documents and evaluation; the owner awards the contract.

Construction administration: observation, submittals, changes, payment certification, and substantial completion.

Closeout: the architect verifies closeout documents and assists with warranty issues.

Team communication: regular meetings, minutes, and action items keep the team aligned.

Client communication: regular progress reports, cost updates, and decision requests; surprises damage trust.

Consultant communication: current drawings and clear scopes; coordination meetings reduce errors.

Contractor communication: RFIs, submittals, and change orders should be processed within the contract time.

Conflict resolution: disagreements should be addressed directly and documented.

Presentation skills: drawings, models, and narratives should be tailored to the audience.

Cultural and language differences: clear language and visual communication reduce misunderstandings.

Ethical communication: information should be accurate and complete.

Sustainability goals: energy, water, materials, and IEQ should be measurable targets at project start.

Energy code: prescriptive and performance paths are alternatives; the performance path requires modeling.

Renewable energy: solar systems require roof area, structure, and electrical coordination.

Water: rainwater harvesting, greywater reuse, and low-flow fixtures reduce potable water use; local code governs.

Materials: embodied carbon, recycled content, and toxicity should be considered; EPDs provide data.

Commissioning: systems should be commissioned and monitored; performance often differs from predictions.

Resilience: passive strategies can maintain livability during outages.

Rating systems: LEED, WELL, and Passive House have different metrics; the choice should be made early.

Life-safety review: egress paths, exit widths, travel distances, and fire ratings should be checked on every plan.

Accessibility review: routes, clearances, and fixture dimensions should be checked; a checklist reduces errors.

Code analysis: occupancy, construction type, and egress should be documented and updated.

Specification review: specifications should be coordinated with drawings; a product in one but not the other creates ambiguity.

Constructability review: details should be reviewed for buildability.

Peer review: an independent reviewer can catch errors; the review should be scheduled and budgeted.

Quality metrics: errors and omissions, RFI volume, and change order volume can be tracked.

Lessons learned: post-project reviews should identify what worked and what did not.

Fire-rated assemblies: the rating and assembly should match the code requirement; the listing should be specified.

Opening protectives: fire doors and glazing must match the rating; labels, closers, and latching are required.

Smoke barriers: smoke barriers are distinct from fire barriers; they require smoke sealing.

Firestopping: listed systems are required for penetrations; documentation should be required.

Joint systems: expansion and seismic joints in rated assemblies require listed systems.

Dampers: fire and smoke dampers are required where ducts penetrate rated assemblies; access should be designed.

Elevator shafts: shafts are typically rated enclosures; rating, door protection, and venting should be confirmed.

Inspection: rated assemblies and firestopping should be inspected; deficiencies should be corrected.

Existing conditions: measured drawings, structural assessment, and hazardous materials testing should be completed before design.

Code compliance: the IEBC provides paths based on work area and level of alteration; the path should be documented.

Accessibility: alterations trigger upgrades to the extent practicable; technical infeasibility should be documented.

Structural: removing or altering structure requires engineering; a wall should not be assumed non-bearing.

Historic preservation: the Secretary's Standards and the code's historic provisions should be applied together.

Phasing: renovations often occur while occupied; life safety, egress, and noise should be planned.

Demolition: drawings and specifications should address protection, utilities, and hazardous materials.

Commissioning: existing systems should be tested and commissioned after alteration.

Ethics and the public: the obligation includes reporting unsafe conditions and refusing to seal noncompliant work.

Competence: work outside competence should not be accepted without consultation.

Conflicts of interest: financial interests should be disclosed and avoided where they could affect judgment.

Honesty: credentials, experience, and roles should be represented accurately.

Fairness: fair compensation, clear agreements, and timely payment are professional obligations.

Confidentiality: client and project information should be protected; the obligation continues.

Mentorship: licensed architects should support interns and emerging professionals.

Jurisdictional compliance: licensure, continuing education, and practice requirements should be maintained.

Fire alarm sequence: alarm, notification, and response should be coordinated with the emergency plan and the AHJ.

Voice evacuation: high-rise and large assembly occupancies may require it; intelligibility should be considered.

Mass notification: systems may be required; they should be integrated with the fire alarm.

Emergency lighting: exit signs and egress lighting should be on emergency power; duration and illuminance should meet the code.

Elevator recall: recall and standby power are required for firefighter service.

Area of refuge: communication, signage, and accessibility are required; coordinate with the emergency plan.

Evacuation elevators: where provided, they require standby power and fire-rated construction.

Drills and training: the owner is responsible; the architect should provide information.

Design intent: the concept and the reasons behind decisions should be documented in a design narrative.

Performance and aesthetics: both should be evaluated; a design that performs but is unpleasant may fail in use.

Innovation and risk: new materials and systems should be evaluated for performance, code compliance, and warranty.

Prototyping: physical and digital prototypes test assumptions; they should be scheduled and budgeted.

Feedback loops: POE, commissioning, and warranty reviews provide feedback that should improve future projects.

Documentation: decisions, alternatives, and rationale should be documented.

Sustainability and innovation: claims should be supported by data, and performance should be measured.

Professional development: architects should pursue continuing education and research.

Contract documents: drawings, specifications, addenda, and contract forms define the work; the order of precedence should be stated.

Drawings: plans, elevations, sections, details, schedules, and diagrams should be coordinated.

Specifications: organized by MasterFormat divisions; Division 01 governs procedures.

Schedules: door, window, finish, and equipment schedules are contract documents; they should be complete.

Addenda: issued during bidding to clarify or modify the documents; they become part of the contract.

Submittals: shop drawings, product data, and samples demonstrate compliance; the review should state the action taken.

RFIs and ASIs: RFIs request information; ASIs direct changes; responses should be within the contract time.

Closeout: as-builts, warranties, O&M manuals, and attic stock should be specified and verified.

Life-cycle cost: initial plus operating, maintenance, and replacement costs, discounted to present value.

Payback: the time for savings to equal the incremental cost; simple payback ignores the time value of money.

Return on investment: net benefits divided by cost; alternatives should be compared with the same assumptions.

Energy and water savings: quantified from modeling or metering; savings should be verified after occupancy.

Maintenance and replacement: equipment life and maintenance cost should be included.

Resilience and risk: the cost of failure should be considered; resilience measures may have a strong life-cycle case.

Funding and incentives: grants, tax credits, and utility incentives can change the economics.

Decision documentation: the analysis, assumptions, and decision should be documented.

Design review: the owner, architect, and consultants should review the design at each phase.

Constructability review: the contractor or a third party should review for buildability before bidding.

Code review: a code consultant or the AHJ should review for compliance; the review should be repeated.

Accessibility review: a specialist should review against the standard; a checklist and site visit reduce errors.

Peer review: an independent architect should review the design and documents.

Mockup review: full-scale mockups should be reviewed for appearance, performance, and coordination.

Commissioning review: the commissioning agent should review for commissionability.

Post-occupancy review: the design should be evaluated in use; findings should improve future projects.

Fire safety concepts: prevent ignition, control growth, contain fire, and protect occupants.

Compartmentation: fire barriers and horizontal exits limit spread; the extent should be based on code and risk tolerance.

Detection and suppression: smoke detection and sprinklers provide early warning and control.

Egress: the path should be continuous, unobstructed, and protected; it should be maintained.

Emergency response: fire department access and operations should be considered.

Occupant education: occupants should know the signals and routes; the owner is responsible.

Maintenance: fire protection systems require inspection, testing, and maintenance.

Resilience: fire safety should be maintained during outages; backup power and passive measures should be considered.

Code analysis: identify occupancy, construction type, and egress; document and update the analysis.

Occupant load: calculate from area and factor; the load determines egress width, exits, and fixtures.

Egress: provide the required exits, width, and travel distance; the path should be continuous and exits remote.

Accessibility: provide an accessible route, fixtures, and signage; the route should connect all accessible elements.

Fire ratings: specify ratings for walls, floors, shafts, and openings; show them on drawings and in specifications.

Structural: coordinate the structure with the architecture; openings and modifications require engineering.

MEP: coordinate systems with the architecture; space, access, and clearances should be designed.

Documentation: the code analysis, life-safety plans, and accessibility narrative should be complete.

Professional judgment: judgment should be based on knowledge, experience, and the standard of care; it should be documented.

Client and public: the architect should serve the client while protecting the public; public safety prevails.

Confidentiality: client information should be protected, but unsafe conditions should be disclosed to the appropriate parties.

Competence: the architect should work within their competence and seek expert advice when needed.

Integrity: the architect should be honest in fees, schedules, and project status.

Fairness: contractors, consultants, and employees should be treated fairly.

Mentorship: the architect should support interns and emerging professionals.

Continuing education: the architect should stay current with codes, technology, and practice.

Team formation: the team should have the required expertise and be assembled early with clear scope.

Roles: each member's role should be defined in the contract; the architect coordinates and reviews.

Communication: regular meetings, minutes, and action items should be used.

Conflict resolution: disagreements should be addressed directly and documented.

Schedule: the team's schedule should be coordinated; delays in one discipline affect others.

Quality: the team should review each other's work; peer review reduces errors.

Ethics: the team should act ethically; conflicts of interest should be disclosed.

Closeout: the team should complete closeout together; documentation and warranties should be verified.

Energy code: the IECC and ASHRAE 90.1 are common model codes; the adopted edition and amendments should be confirmed.

Envelope: insulation, glazing, and air sealing affect energy use; thermal bridging should be addressed.

HVAC: equipment efficiency, controls, and ventilation should meet the code; systems should be commissioned.

Lighting: LPD limits are set by the code; controls are required, and the design should meet both.

Water: fixture flow rates and flush volumes are regulated; additional efficiency measures should be considered.

Renewable energy: the code may require readiness or production; the requirement should be confirmed.

Commissioning: the code may require commissioning; the scope and documentation should be specified.

Verification: compliance should be documented and verified; the owner should receive the records.

Fire-rated construction: the rating depends on occupancy, construction type, and location; it should be confirmed and shown.

Opening protectives: fire doors and windows must match the rating; labels and hardware should be specified.

Firestopping: listed systems are required for penetrations; documentation should be required.

Smoke barriers: smoke barriers require smoke sealing; continuity and opening protection should be designed.

Joints: expansion and seismic joints in rated assemblies require listed systems.

Dampers: fire and smoke dampers are required where ducts penetrate rated assemblies; access should be designed.

Inspection: rated assemblies and firestopping should be inspected; deficiencies should be corrected.

Maintenance: rated assemblies should be maintained; alterations should not compromise the rating.

Accessible route: at least 36 in wide with passing spaces; it should connect all accessible elements.

Doors: clear width of at least 32 in, maneuvering clearance, and hardware operable with one hand.

Restrooms: accessible compartments, grab bars, knee clearance, and mirror heights should meet the standard.

Stairs: uniform treads and risers, handrails, and compliant nosings; open risers are limited.

Ramps: maximum slope of 1:12, landings, handrails, and edge protection.

Elevators: accessible elevators are required in multi-story buildings with accessible floors.

Signage: tactile signs at doors, mounted consistently; egress signage should be visible.

Safety: guard heights, window fall protection, and safety glazing should meet the code.

Regulatory research: identify the adopted codes, standards, and amendments at project start.

AHJ coordination: meet early to discuss the approach and alternative compliance; document the outcome.

Code analysis: prepare a written analysis and update it as the design changes.

Alternative compliance: propose alternatives with rationale; the AHJ must approve them.

Variances: request in writing and document; retain approvals with project records.

Historic buildings: use historic building provisions and the Secretary's Standards; coordinate with the AHJ.

Existing buildings: use the IEBC and select the compliance path; document the path.

Documentation: maintain a complete record of code decisions and approvals.

Environment and behavior: privacy, territory, and personal space affect satisfaction; a range of settings and control should be provided.

Ergonomics: adjustable furniture, monitor distance, and lighting should be designed for the task and a range of users.

Wayfinding: a legible plan, landmarks, and consistent signage reduce dependence on signs.

Inclusive design: age, ability, culture, and gender should be considered in restrooms, seating, and family accommodations.

Biophilic design: daylight, views, and natural materials are associated with well-being; the strongest evidence should be prioritized.

Post-occupancy evaluation: surveys, interviews, and measurements should match the question and be compared to benchmarks.

Health and safety: cleaning, maintenance, and replacement should be designed in; hazards should be avoided.

Flexibility: modular planning and demountable partitions support change; the cost should be weighed.

Professional communication: written records of meetings, decisions, and directives protect all parties.

Conflict of interest: relationships that compromise judgment should be avoided and disclosed.

Competence: work should be within the architect's competence or supported by a qualified consultant.

Public welfare: health, safety, and welfare take precedence over client preferences and fees.

Confidentiality: client information should be protected, and the obligation continues after the project.

Advertising: false or misleading statements about qualifications are prohibited.

Mentorship: licensed architects should support interns and emerging professionals.

Jurisdictional practice: practicing without a license is generally prohibited; the board should be consulted.

Fire alarm: pull stations, detection, and notification should be located per code and coordinated with acoustics and lighting.

Egress lighting: emergency lighting should meet the duration and illuminance requirements; battery and generator options should be compared.

Extinguishers: locations and travel distances are code-defined; cabinets should not protrude into egress.

Smoke control: atriums and large spaces may require smoke exhaust or pressurization; space should be designed.

Rated glazing and doors: rating, framing, and hardware should match the assembly; labels and closers should be specified.

Firestopping: every penetration should be firestopped with a listed system; the architect should verify.

Hazardous materials: asbestos, lead, and other materials should be identified and abated before renovation.

Security and life safety: security measures should not compromise egress; electromagnetic locks require compliant release.

Sustainable sites: site selection, stormwater, and water-efficient fixtures are part of the scope.

Energy modeling: whole-building simulation informs design and is required for some paths; early modeling has the greatest impact.

Materials: recycled content, regional sourcing, low emissions, and durability are criteria; LCA quantifies impacts.

IEQ: ventilation, thermal comfort, daylight, and acoustics are categories; commissioning verifies performance.

Commissioning: a third-party agent verifies systems meet the owner's requirements; it begins in design.

Measurement and verification: post-occupancy metering confirms performance and informs future design.

Resilience: passive survivability can maintain livability when systems fail.

Certifications: LEED, WELL, and Passive House have different scopes; the choice should be made early.

Team roles: owner, architect, consultants, contractor, and construction manager have defined responsibilities.

Consultant coordination: the architect leads coordination but is not responsible for consultants' negligence.

Owner decisions: program, budget, schedule, and approvals are owner decisions; they should be documented.

Schedule of values: the contractor allocates the contract sum; the architect reviews it before certifying payment.

Shop drawing review: the review is for conformance with the design concept; it does not relieve the contractor of responsibility.

Testing and inspection: special inspections, tests, and mockups verify quality; the architect reviews reports.

Record documents: as-builts and record specifications are required at closeout.

Closeout and warranty: final payment follows closeout; the warranty period and role should be defined.

BIM: a shared model supports coordination; the level of development should be defined in the contract.

Digital delivery: model ownership, data security, and interoperability should be addressed.

Specifications: clear, concise, and enforceable; performance requirements should be measurable.

Quality assurance: peer review, constructability review, and code review should be scheduled and budgeted.

Risk management: contracts should address indemnity, insurance, limitation of liability, and dispute resolution.

Records retention: project records should be retained for the required period; digital records require backup.

Continuing education: licensure requires continuing education and renewal.

Specialization: additional knowledge and credentials may be required; claims should be supported.

Interior construction: partitions, ceilings, floors, and millwork should be detailed for fire rating, acoustics, and structure.

Doors and hardware: swings, clearances, hardware function, and ratings should be coordinated; egress doors must not require keys.

Millwork: dimensions, materials, and hardware should be specified; shop drawings should be reviewed.

Finishes: durability, maintenance, slip resistance, and emissions are criteria; wet areas require waterproofing.

Acoustics: resilient channels, insulation, and sealed penetrations improve performance.

Moisture control: vapor retarders, flashing, and drainage should be detailed; finishes should suit the moisture conditions.

Structural coordination: openings in structural members require engineering approval.

Mockups: full-scale mockups verify performance and appearance; they should be specified and reviewed.