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Baumeister/in HFP practice questions

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Question 1Finance and accounting

A general contractor firm (GU) in Zurich has annual credit sales of CHF 48,000,000. Trade receivables (Debitoren) on average stand at CHF 8,000,000, while trade payables to subcontractors and suppliers (Kreditoren) average CHF 4,000,000 against annual cost of materials/subcontractors of CHF 32,000,000. Assuming 360 days per business year, what is the Days Sales Outstanding (DSO / Debitorenfrist) and Days Payables Outstanding (DPO / Kreditorenfrist)?

  1. DSO = 30 days; DPO = 60 days
  2. DSO = 45 days; DPO = 30 days
  3. DSO = 60 days; DPO = 45 days Correct answer.
  4. DSO = 75 days; DPO = 50 days

Explanation

DSO = (Average Trade Receivables / Total Credit Sales) * 360 = (CHF 8,000,000 / CHF 48,000,000) * 360 = (1/6) * 360 = 60 days. DPO = (Average Trade Payables / Cost of Materials) * 360 = (CHF 4,000,000 / CHF 32,000,000) * 360 = (1/8) * 360 = 45 days.

Question 2Finance and accounting

A supplied enterprise exercise defines assetcoverageII=(equity+longtermdebt)/fixedassets and an internal target above100percent. Equity is CHF8million,longtermdebt CHF7million and fixedassets CHF12million. Which listed result meets that stated target?

  1. Anlagendeckungsgrad II = 66.7%; does not fulfill the benchmark (minimum 100% required)
  2. Anlagendeckungsgrad II = 100.0%; exactly meets the absolute minimum statutory limit
  3. Anlagendeckungsgrad II = 125.0%; comfortably fulfills the benchmark (must be > 100%) Correct answer.
  4. Anlagendeckungsgrad II = 150.0%; exceeds Swiss statutory equity maximums

Explanation

Apply the supplied ratio:(8+7)/12×100=125percent. This exceeds the exercise’s stated100percent target. It does not prove every liability can be paid on time or impose a universal statutory benchmark; actual liquidity, asset quality and cash timing remain distinct.

Question 3Finance and accounting

A construction company evaluates replacing an old diesel generator on site with a mobile battery energy storage system (BESS). The battery system costs CHF 120,000. Annual diesel fuel and maintenance savings amount to CHF 35,000, while battery maintenance and electricity charging costs are CHF 5,000 per year. What is the static payback period (statische Amortisationsdauer) of this green investment?

  1. 4.0 years Correct answer.
  2. 2.5 years
  3. 5.5 years
  4. 6.0 years

Explanation

Net annual cash savings = Annual Savings - Operational Charging/Maintenance Costs = CHF 35,000 - CHF 5,000 = CHF 30,000 per year. Static Payback Period = Initial Acquisition Cost / Net Annual Cash Flow = CHF 120,000 / CHF 30,000 = 4.0 years.

Question 4Scope, change evidence, risk and accountable construction decisions

In Enterprise Risk Management (ERM) for a Swiss general contracting enterprise (GU), which procurement strategy represents the highest commercial and financial risk exposure when bidding for a complex multi-story basement excavation in saturated lacustrine clay (Seeton)?

  1. Submitting an open unit price bid (Einheitspreisvertrag nach SIA 118) with a geotechnical disclaimer and separate bill of quantities for dewatering
  2. Submitting a fixed lump-sum bid (Pauschalpreisvertrag) that explicitly includes all ground-risk, dewatering, and unforeseen subsurface obstructions without price escalation Correct answer.
  3. Participating as a joint venture partner (ARGE) where each partner is liable only for its own internal plant delivery
  4. Refusing to provide a cost estimate until 100% of all geotechnical pile testing has been completed at the client's expense

Explanation

The listed bid expressly accepts the broadest stated uncertain ground, water and obstruction exposure at a fixed price. That makes it the highest commercial exposure among these supplied alternatives. Real entitlement, extraordinary events and enforceability depend on the actual agreement and current law, not an absolute rule that every later claim is barred.

Question 5Scope, change evidence, risk and accountable construction decisions

Within the Internal Control System (IKS / Internes Kontrollsystem) of a construction enterprise with 120 employees, which control measure is essential to prevent procurement fraud and unverified supplier payments for ready-mix concrete and reinforcing steel?

  1. Allowing the site foreman (Polier) to order, sign delivery notes, verify invoices, and execute bank wire transfers independently
  2. Requiring all steel supplier invoices to be paid in cash directly on the construction site upon truck arrival
  3. Eliminating material delivery slips (Lieferscheine) and relying entirely on verbal confirmations between suppliers and crane operators
  4. Strict segregation of duties (Funktionentrennung) with a four-eyes principle (Vier-Augen-Prinzip), matching purchase orders, signed site delivery slips (Lieferscheine), and invoice approvals prior to treasury release Correct answer.

Explanation

A robust IKS in construction requires organizational segregation of duties: (1) procurement ordering, (2) site physical receipt verification (stamped delivery slip / Lieferschein signed by Polier/Bauführer), (3) quantity/price invoice reconciliation by accounting, and (4) dual authorization (Vier-Augen-Prinzip) by management before payment release. Combining all steps in one person creates severe fraud vulnerability.

Question 6Scope, change evidence, risk and accountable construction decisions

A medium-sized construction enterprise in this strategy exercise cannot win a commodity price war against larger purchasing-scale competitors. Which listed differentiation or focus response fits that supplied constraint?

  1. By competing exclusively on lowest price across all commodity earthwork tenders nationwide without regional presence
  2. By merging with a local concrete plant to enforce an illegal regional supply monopoly
  3. By pursuing a differentiation or focus strategy-such as specialized geotechnical engineering, high-end exposed architectural concrete (Sichtbeton), regional agility, and superior client relationship management Correct answer.
  4. By abandoning construction entirely and becoming a purely financial holding company investing in foreign government bonds

Explanation

Specialist technical capability, a relevant niche and valued client service can differentiate the supplied enterprise from commodity competitors. This is a fit to the stated strategic constraint, not proof that every medium-sized firm must use the same strategy or that a niche guarantees profitability.

Question 7Control execution against the approved technical basis

In a simplified supplied land-area model, allowedgrossfloorarea=chargeablelandarea×givenratio. Chargeablearea is1200m² and the exercise ratio0.65. What grossfloorarea follows, without asserting a real municipal permission?

  1. 520 m2
  2. 780 m2 Correct answer.
  3. 1,200 m2
  4. 1,846 m2

Explanation

Multiply the supplied chargeable area by the stated ratio:1200×0.65=780square metres. This bounded model does not determine an actual building permission, which can depend on current definitions, exclusions and other applicable planning requirements.

Question 8Plan prerequisites, resources, interfaces, and a workable sequence

In modern Swiss construction project management, what is the core methodology of Lean Construction and the Last Planner System (LPS) applied to structural concrete execution?

  1. Eliminating all safety helmets and scaffolding to save money
  2. Stabilizing workflow and eliminating site waste by shifting from reactive push-scheduling to collaborative pull-planning: defining milestones, 6-week lookahead screening for constraints (materials, plans, permits), committed Weekly Work Plans (WWP), and measuring reliability via Percentage of Plan Completed (PPC / Planerfüllungsgrad) Correct answer.
  3. Cancelling all planning meetings and letting each worker decide daily what to build
  4. Using only 1 worker to build an entire 20-story building over 50 years

Explanation

Collaborative planning identifies prerequisites, secures reliable work commitments and learns from causes of noncompletion. A lookahead horizon and weekly plan are tools adapted to the project; no fixed sixweek horizon or perfect elimination of waste is guaranteed. The method supplements rather than replaces actual safety, technical and resource controls.

Question 9Control execution against the approved technical basis

What is the primary operational distinction between Climbing Formwork (Kletterschalung / Selbstkletterschalung) and Slipforming (Gleitschalung) when constructing tall vertical concrete structures (e.g. elevator cores, bridge pylons, silos)?

  1. Climbing formwork is powered by steam locomotives, whereas slipforming is pulled by horses
  2. Climbing formwork moves upward in discrete, cyclical pour lifts (Takte, e.g. 3.0 to 4.5 m) after the concrete of each lift has hardened; Slipforming moves upward continuously at a steady vertical speed (~15 to 30 cm/hour) 24 hours a day with concrete setting inside the moving form Correct answer.
  3. Slipforming is used exclusively for horizontal highway pavements, while climbing formwork is for trench shoring
  4. Both methods are strictly prohibited in Switzerland due to environmental protection laws

Explanation

The intended distinction is discrete lifts for the stated climbing-formwork model versus continuous upward movement for the stated slipform process. Actual support, concrete development, lifting, sequencing and operating rates require the engineered system and competent method. No universal lift height, rate or round-the-clock operation is established here.

Question 10Plan prerequisites, resources, interfaces, and a workable sequence

In a supplied unconstrained CPMmodel,activityB hasES10,EF25,LS15,LF30. What totalfloat follows and is it on a zerofloat criticalpath?

  1. Total Float GP = 15 days; Activity B is on the critical path
  2. Total Float GP = 5 days (LS - ES = 15 - 10 = 5; LF - EF = 30 - 25 = 5); Activity B is NOT on the critical path (critical path activities have Total Float GP = 0) Correct answer.
  3. Total Float GP = 0 days; Activity B is on the critical path
  4. Total Float GP = -5 days; the project is legally cancelled

Explanation

Total Float (Gesamtpuffer GP) = Late Start (LS) - Early Start (ES) = Late Finish (LF) - Early Finish (EF) = 15 - 10 = 30 - 25 = 5 days. The Critical Path is defined as the sequence of network activities with Total Float GP = 0. Because Activity B has a float of 5 days, it is not on the critical path and can be delayed by up to 5 days without delaying the final project completion date.

Question 11Plan prerequisites, resources, interfaces, and a workable sequence

In Takt Planning and Line of Balance scheduling (Taktplanung und Taktsteuerung) for an 8-story residential housing development, what is the definition of the Takt Time (Taktzeit), and how are trade workflows harmonized across standard spatial zones (Taktbereiche)?

  1. Takt time is the total duration of the architect's summer vacation
  2. Takt time is the speed of sound measured inside the elevator shaft
  3. Takt time is the time it takes for ready-mix concrete to freeze in winter
  4. Takt Time is the fixed, uniform time unit (e.g. exactly 1 week) allocated for each successive trade (shell, MEP rough-in, drywall, screed, finishes) to complete its work package within a standardized spatial zone (Taktbereich) before advancing sequentially to the next zone, creating continuous non-interfering production flow Correct answer.

Explanation

Takt planning coordinates defined work packages through zones at a selected rhythmic interval, with resources and interfaces balanced to the actual project. A oneweek interval is only an example, not a universal standard. The plan can reveal congestion and instability but does not automatically eliminate all conflicts or variation.

Question 12Finance and accounting

For this supplied variance convention,budgetcost minusactualcost,1400m³ are budgeted at2.4hours/m³ and actually take4200hours, both atCHF65/hour. Which signed laborcostvariance follows?

  1. -CHF 54,600 (Cost overrun / unfavorable labor variance) Correct answer.
  2. +CHF 54,600 (Cost savings / favorable labor variance)
  3. -CHF 12,000 (Based on material variance only)
  4. CHF 0 (Because all labor hours are automatically billed to the client on daywork)

Explanation

Target budgeted labor hours = 1,400 m3 * 2.4 h/m3 = 3,360 hours. Actual hours spent = 4,200 hours. Labor hour variance = 4,200 h - 3,360 h = +840 excess hours (productivity deficit). At the planned cost rate of CHF 65.00/h, the total labor cost variance is 840 h * CHF 65.00/h = -CHF 54,600 (an unfavorable cost overrun).

Question 13Finance and accounting

A project manager performs an Earned Value Analysis (EVA) at month 6 of a civil engineering contract. The metrics are: Planned Value (PV) = CHF 3,000,000; Earned Value (EV) = CHF 2,400,000; Actual Cost (AC) = CHF 2,800,000. What are the Schedule Performance Index (SPI) and Cost Performance Index (CPI), and what do they signify regarding project performance?

  1. SPI = 1.25 (ahead of schedule); CPI = 1.17 (under budget)
  2. SPI = 1.00 (on schedule); CPI = 1.00 (on budget)
  3. SPI = 0.80 (behind schedule); CPI = 0.857 (over budget / cost overrun) Correct answer.
  4. SPI = 0.50 (catastrophic failure); CPI = 2.00 (excess profit)

Explanation

SPI = EV / PV = CHF 2,400,000 / CHF 3,000,000 = 0.80. Since SPI < 1.0, the project is progressing slower than planned (behind schedule). CPI = EV / AC = CHF 2,400,000 / CHF 2,800,000 = 0.857. Since CPI < 1.0, the project is experiencing cost overruns (earning only CHF 0.857 of value for every CHF 1.00 spent).

Question 14Plan prerequisites, resources, interfaces, and a workable sequence

What is the primary function of a Master Plan in the context of institutional campus development?

  1. To outline a long-term framework for land use, building placement, infrastructure, and phasing Correct answer.
  2. To serve as the detailed design document for the first phase building permit
  3. To provide a binding contract between the university and the master builder
  4. To specify the precise mechanical and electrical system layouts for all proposed buildings

Explanation

A Master Plan is a conceptual layout that guides long-term growth and development. It links campus planning with institutional goals, establishing frameworks for land use, circulation, building massing, utility infrastructure, and phasing.

Question 15Plan prerequisites, resources, interfaces, and a workable sequence

Under Target Value Design (TVD), how are design and budget managed?

  1. The budget is established first, and the design is continuously steered to meet that target cost Correct answer.
  2. The design is completed first, and the budget is adjusted to accommodate whatever costs result
  3. The general contractor dictates the design based on their preferred construction methods
  4. The owner continuously increases the project budget to match the architect's vision

Explanation

Target Value Design is a collaborative design process where the target cost is a key driver. Instead of designing a building and then estimating its cost, the team designs to a specified budget, using continuous estimating and value engineering to ensure the design remains within the target.

Question 16Scope, change evidence, risk and accountable construction decisions

What is the primary purpose of a Project Charter?

  1. To formally authorize the existence of a project and define the project manager's authority Correct answer.
  2. To serve as a binding agreement with the prime contractor
  3. To provide a complete schedule of values for progress payments
  4. To outline the detailed safety plan for the construction site

Explanation

A Project Charter is a high-level document that formally authorizes a project, outlines its strategic objectives, aligns stakeholders, and defines the role and authority of the project manager. It acts as the foundation for subsequent planning.

Question 17Scope, change evidence, risk and accountable construction decisions

In a standard project risk matrix, how should an owner's construction manager handle a risk identified as having high probability and high severity?

  1. Mitigate, transfer, or avoid the risk through design changes, contract terms, or project restructuring Correct answer.
  2. Accept the risk and absorb all costs into the standard project contingency
  3. Delegate the risk to the municipal inspectors to monitor during construction
  4. Ignore the risk since the project has general liability insurance cover

Explanation

High-probability, high-severity risks are critical threats that cannot simply be accepted. They must be mitigated (e.g., through design modifications), transferred (e.g., to a party better suited to manage it via contract terms or insurance), or avoided entirely.

Question 18Finance and accounting

Which of the following is the most critical factor to consider when performing a Lifecycle Cost Analysis (LCCA) for a building's HVAC system?

  1. The sum of initial capital cost, operating costs, maintenance costs, and disposal costs discounted to present value Correct answer.
  2. The lowest initial purchase price from qualified equipment manufacturers
  3. The payback period calculated by dividing capital cost by annual energy savings
  4. The salvage value of the equipment at the end of its manufacturer warranty

Explanation

An LCCA evaluates all costs associated with an asset over its life cycle, including initial capital, operations, maintenance, energy, and disposal costs, discounted to present value using an appropriate discount rate. This provides a true economic comparison between design alternatives.

Question 19Finance and accounting

What does a project pro forma primarily help an owner determine?

  1. The financial feasibility and projected return on investment of a development project Correct answer.
  2. The critical path schedule and duration of structural concrete works
  3. The structural load-bearing requirements for the foundation design
  4. The health and safety performance indicators of potential general contractors

Explanation

A pro forma is a financial model used to estimate the financial outcomes, cash flows, and overall profitability of a real estate or construction project. It helps the owner decide whether the project is economically viable and whether to proceed with funding.

Question 20Finance and accounting

A developer is planning a major commercial development. Why is a debt service coverage ratio (DSCR) critical to the project's financial planning?

  1. It measures the project's ability to produce enough net operating income to cover its annual debt payments Correct answer.
  2. It determines the ratio of equity to debt that the general contractor must maintain during construction
  3. It calculates the percentage of the budget allocated to local municipal development charges
  4. It defines the performance bond value required by the primary construction lender

Explanation

Lenders use the Debt Service Coverage Ratio (DSCR) to assess the risk of lending to a project. A DSCR (Net Operating Income / Debt Service) of less than 1.0 means the project does not generate enough income to cover debt payments. Lenders typically require a DSCR of 1.20 or higher.

Question 21Control execution against the approved technical basis

What is the primary focus of a constructability review during the preconstruction phase?

  1. To identify potential construction issues, logical flaws, and coordination errors in the design drawings before bidding Correct answer.
  2. To verify that the mechanical systems comply with the ASHRAE standards
  3. To evaluate the financial creditworthiness of the design consultant's firm
  4. To negotiate the final labor rates with the local trade unions

Explanation

Constructability reviews examine the design documents from a builder's perspective to identify coordination gaps, conflicts, errors, and details that are difficult or expensive to build. Identifying these issues early reduces change orders and schedule delays during construction.

Question 22Scope, change evidence, risk and accountable construction decisions

What is the primary purpose of issuing an RFQ (Request for Qualifications) prior to an RFP (Request for Proposals)?

  1. To prequalify candidates based on their experience, capacity, and qualifications, narrowing the pool of bidders Correct answer.
  2. To obtain competitive lump-sum pricing for the construction work
  3. To establish the final project schedule and completion date
  4. To award the contract directly to the most qualified consultant

Explanation

An RFQ is used in a two-stage procurement process to evaluate and shortlist qualified firms based on their technical experience, key personnel, safety records, and financial capacity. Only the shortlisted firms are then invited to submit detailed proposals in response to the Request for Proposals (RFP).

Question 23Scope, change evidence, risk and accountable construction decisions

During the procurement phase of a complex hospital redevelopment, the owner elects to procure major medical equipment (e.g., MRI machines) directly, rather than through the GC. What is the primary risk of this approach?

  1. Schedule and coordination risk, as the owner is responsible for delivery timelines and precise rough-in coordination Correct answer.
  2. A higher purchase price due to the general contractor's volume buying discounts
  3. The loss of manufacturer warranties, which only transfer to licensed general contractors
  4. The requirement for the owner to obtain a separate commercial general liability policy for each piece of equipment

Explanation

When the owner procures equipment directly (owner-purchased, contractor-installed - OPCI), the owner assumes the risk of delivery delays and must ensure that the manufacturer provides the correct rough-in requirements (power, structural supports, shielding) to the general contractor. If the contractor is delayed or has to rebuild structural elements due to incorrect owner-supplied data, the owner faces claims for delays and extra work.

Question 24Scope, change evidence, risk and accountable construction decisions

What is the primary purpose of an RFI (Request for Information) in construction administration?

  1. To clarify ambiguities, conflicts, or gaps in the contract drawings and specifications Correct answer.
  2. To submit a request for an extension of the contract time
  3. To invoice the owner for work completed during the previous month
  4. To notify the ministry of labour of a site accident

Explanation

An RFI is a standard project management document used by the contractor to ask the design consultant for clarification regarding drawings, specifications, or other contract requirements when there is a perceived ambiguity or conflict.

Question 25Scope, change evidence, risk and accountable construction decisions

Who is traditionally responsible for recording and distributing the minutes of regular project site meetings?

  1. The party designated in the contract documents, typically the Consultant or the Construction Manager Correct answer.
  2. The subcontractor with the largest scope of work
  3. The local municipal building official during inspection visits
  4. The health and safety inspector from the ministry of labour

Explanation

Meeting minutes are standard administrative records. They are typically recorded and distributed by the design consultant (under traditional DBB) or the Construction Manager (under CM contracts) to document discussions, decisions, and action items.

Question 26Scope, change evidence, risk and accountable construction decisions

What does the consultant's review stamp on a shop drawing typically signify?

  1. A review for conformity with the design concept and general compliance with contract documents, without relieving the contractor of responsibility for dimensions and fit Correct answer.
  2. A guarantee that the contractor has fabricated the items with zero errors in dimensions
  3. An approval to increase the contract price for the fabricated items
  4. A legal transfer of all installation liability from the contractor to the consultant

Explanation

The consultant's review of shop drawings is a general review for conformity with the design concept and contract documents. It does not verify dimensions, quantities, or installation techniques, which remain the sole responsibility of the contractor.

Question 27Scope, change evidence, risk and accountable construction decisions

What is the primary function of a Schedule of Values (SOV)?

  1. To break down the contract price into itemized values for different parts of the work to facilitate progress payments Correct answer.
  2. To list the current hourly labor rates for all trade unions working on the site
  3. To estimate the replacement value of the building for property tax assessments
  4. To record the delivery dates of all owner-purchased mechanical equipment

Explanation

The Schedule of Values is an itemized breakdown of the contract sum, allocated to various parts of the work (e.g., concrete, framing, electrical). It is approved by the consultant and owner at project startup and serves as the basis for assessing and certifying monthly progress billings.

Question 28Control execution against the approved technical basis

What is the primary goal of the building commissioning (Cx) process?

  1. To verify and document that the building's systems are designed, installed, and perform according to the owner's project requirements Correct answer.
  2. To guarantee that the project is completed ahead of the critical path schedule
  3. To perform destructive testing on structural concrete columns to verify their load capacity
  4. To audit the contractor's financial ledgers for tax compliance

Explanation

Commissioning is a systematic process of ensuring that all building systems (HVAC, plumbing, electrical, envelope) perform interactively according to the Owner's Project Requirements (OPR) and the design intent. It involves testing, training of operations staff, and documentation.

Question 29Control execution against the approved technical basis

What is the distinction between Quality Assurance (QA) and Quality Control (QC) in owner oversight?

  1. QA is process-oriented (preventing defects); QC is product-oriented (identifying defects in the finished work) Correct answer.
  2. QA is performed by the contractor; QC is performed exclusively by the owner's consultant
  3. QA deals with project schedules; QC deals with material costs and budgets
  4. QA is required for LEED certification; QC is only required for safety code compliance

Explanation

Quality Assurance (QA) refers to the planned and systematic activities (processes, checklists, procedures) implemented to ensure quality requirements will be fulfilled. Quality Control (QC) refers to the physical inspection, testing, and reviews used to verify that the actual deliverables meet those requirements.

Question 30Control execution against the approved technical basis

What is the primary benefit of using a BIM model for coordination meetings (clash detection) during the design phase?

  1. To identify spatial conflicts between structural elements and mechanical ductwork before construction starts Correct answer.
  2. To automatically negotiate lower material prices from steel fabricators
  3. To eliminate the need for the mechanical and electrical engineers to stamp drawings
  4. To guarantee that the contractor will not file any weather-related delay claims

Explanation

BIM-enabled clash detection allows the project team to run automated checks to find physical conflicts (e.g., a duct passing through a structural steel beam) in the digital model. Solving these clashes during design is far cheaper than correcting them in the field.

Question 31Building systems, load paths, heat and moisture

Why does an owner's construction manager require a building envelope mock-up on site?

  1. To test for water penetration, air infiltration, and verify aesthetic details before full-scale installation Correct answer.
  2. To provide a temporary break room for the cladding subcontractors
  3. To store spare siding and window units in case of future damage
  4. To bypass the need for municipal building envelope inspections

Explanation

A building envelope mock-up is a full-size representation of the exterior wall assembly. It is tested for water penetration and air leakage and reviewed for aesthetic approval, ensuring details are correctly coordinated and constructible before the contractor installs them on the actual building.

Question 32Building systems, load paths, heat and moisture

What test is commonly performed to verify the air barrier integrity of a newly constructed building envelope?

  1. Blower door test (air pressurization/depressurization) Correct answer.
  2. Slump test on cured concrete panels
  3. Ultrasonic scanning of window glazing
  4. X-ray testing of curtain wall joints

Explanation

A blower door test (or whole-building air tightness test) involves installing a powerful fan in an exterior doorway to pressurize or depressurize the building. This measures the rate of air leakage and helps locate breaches in the building's air barrier system.

Question 33Scope, change evidence, risk and accountable construction decisions

What are 'submittals' in construction project administration?

  1. Shop drawings, product data, and samples submitted by the contractor for consultant review Correct answer.
  2. Invoices and progress claims submitted to the lending bank for funding
  3. Building permit applications submitted to the municipal planning board
  4. Safety incident reports submitted to the provincial ministry of labour

Explanation

Submittals are documents or physical samples prepared by the contractor, sub-contractors, or manufacturers that are submitted to the design team (consultant) for review and approval to ensure they match the specifications before ordering materials.

Question 34Scope, change evidence, risk and accountable construction decisions

What is a 'deficiency list' (or punch list) in project closeout?

  1. A list of minor, incomplete, or incorrect work items that the contractor must rectify before final payment Correct answer.
  2. A record of budget deficits that the owner must fund before occupancy
  3. A summary of design errors that the architect has admitted to
  4. A document listing the safety infractions found by the ministry of labour

Explanation

A deficiency list is created near the end of a project (often during inspections for substantial performance) by the consultant and owner. It details minor items that do not meet the contract requirements and must be repaired, replaced, or completed by the contractor before final payment is released.

Question 35Scope, change evidence, risk and accountable construction decisions

A contractor requests to substitute a specified mechanical valve with an alternative manufacturer's valve. What is the correct procedure for the owner's construction manager?

  1. Direct the contractor to submit a formal substitution request for the Consultant to review and approve or reject Correct answer.
  2. Accept the substitution immediately if the contractor claims it is equivalent
  3. Reject the substitution because CCDC contracts prohibit any material modifications
  4. Instruct the contractor to install the valve and ask the municipal inspector during final occupancy

Explanation

All substitutions must be formally submitted by the contractor with supporting documentation (technical specs, performance comparison, cost impact). The design consultant must review and approve the request to ensure it meets the design intent and code before installation.

Question 36Scope, change evidence, risk and accountable construction decisions

An owner's construction manager is offered a weekend trip to a luxury resort by a bidding contractor. What is the most appropriate action?

  1. Decline the offer immediately to avoid a conflict of interest or the appearance of impropriety Correct answer.
  2. Accept the offer but ensure that all bids are evaluated objectively during the business week
  3. Accept the offer only if the contractor agrees to provide similar trips to the entire project team
  4. Decline the offer but ask the contractor to convert the value of the trip into a cash discount on their bid

Explanation

Professionals must maintain independence and avoid conflicts of interest or the appearance of bribery. Accepting gifts, trips, or favors from a bidder during procurement compromises the integrity of the process and violates code of ethics.

Question 37Scope, change evidence, risk and accountable construction decisions

During a project meeting, a department head from the owner's organization requests the contractor to add extra electrical outlets in an office. What should the owner's construction manager do?

  1. Instruct the contractor not to perform any work requested by unauthorized personnel, and explain the change order procedure to the department head Correct answer.
  2. Tell the contractor to install the outlets immediately and invoice the department directly
  3. Ignore the request and let the contractor decide whether to do it for free
  4. Formally reprimand the contractor for communicating with the owner's employees

Explanation

To control the budget and scope, all changes must go through the authorized channel (the owner's construction manager and design team). Allowing unauthorized personnel to direct the contractor leads to unauthorized costs and disputes.

Question 38Scope, change evidence, risk and accountable construction decisions

A local councillor contacts the owner's construction manager and strongly suggests awarding a pending construction contract to a specific local contractor who is a major donor. How should the manager handle this?

  1. Evaluate all bids strictly in accordance with the pre-established evaluation criteria, and report the interaction to the project sponsor Correct answer.
  2. Award the contract to the suggested contractor to avoid political complications for the development
  3. Disqualify the donor contractor immediately to avoid any appearance of political corruption
  4. Leak the councillor's request to the media to create public transparency

Explanation

The manager must ensure a fair, transparent procurement process. Bids must be evaluated based only on the criteria in the tender documents. Political interference should be rejected and reported to senior management/project sponsors.

Question 39Plan prerequisites, resources, interfaces, and a workable sequence

A project is delayed by 3 weeks due to late design clarifications from the architect. The contractor requests a 3-week schedule extension and $15,000 in extended site overhead. The architect recommends rejecting the financial claim. How should the owner's construction manager respond?

  1. Review the schedule's critical path to verify if the late design clarifications delayed the project completion, and negotiate a fair settlement if the claim is valid Correct answer.
  2. Accept the architect's recommendation without review because the architect is the sole interpreter of the contract
  3. Approve the contractor's claim immediately to maintain a good working relationship, without checking the critical path
  4. Tell the contractor that the owner is not responsible for the architect's delays and they must sue the architect directly

Explanation

The owner's manager must independently review the facts and verify if the delay affected the critical path. If the architect's delay did cause critical path slippage, the contractor is contractually entitled to a time extension and delay costs. The owner should pay valid claims to avoid costly disputes.

Question 40Control execution against the approved technical basis

The contractor claims that a detail on the drawings is impossible to build as designed. The consultant insists the design is correct. How should the owner's construction manager facilitate a resolution?

  1. Convene a meeting with both parties on site to review the detail, identify the specific constructability issue, and develop a collaborative solution Correct answer.
  2. Sponsor the consultant's position unconditionally and demand the contractor build it or face default
  3. Sponsor the contractor's position unconditionally and threaten to sue the consultant for negligence
  4. Tell both parties to resolve it themselves and refuse to pay any progress draws until they agree

Explanation

The owner's construction manager should act as a facilitator, bringing the parties together to review the issue objectively, verify the constructability constraints, and find a technical solution. This minimizes delays and avoids unnecessary claims.

Question 41Control execution against the approved technical basis

During design, the project budget is exceeded by 10%. The architect suggests replacing a high-durability brick facade with a synthetic stucco system (EIFS) to save $200,000. How should the owner's manager evaluate this?

  1. Analyze the long-term maintenance, lifecycle durability, and aesthetic impact of the change before making a decision Correct answer.
  2. Accept the change immediately because saving $200,000 is the only priority
  3. Reject the change because value engineering is not permitted after the initial budget is set
  4. Direct the contractor to find a cheaper brick supplier who is willing to bypass safety standards

Explanation

Value engineering should not just look at initial cost savings, but also at the long-term impact on maintenance, durability, energy performance, and asset value. EIFS has different maintenance cycles and durability characteristics than brick, which must be factored into the decision.

Question 42Finance and accounting

The monthly cost report shows the project is running 5% over budget, and the contingency is 80% depleted with only 40% of construction completed. What should the owner's manager do?

  1. Conduct a detailed cost-to-complete forecast, identify the main cost drivers, and present mitigation options to senior leadership Correct answer.
  2. Hide the cost overrun from the bank and hope savings are found during the closeout phase
  3. Immediately fire the architect and hire a cheaper firm to finish the design
  4. Instruct the contractor that they must complete the remaining 60% of the project for free

Explanation

When a budget is trending over, the manager must perform a detailed cost-to-complete forecast, determine why the contingency was depleted (e.g., unforeseen site conditions, scope creep), and present a recovery plan (e.g., value engineering, scope reductions, or request for additional funds) to stakeholders.

Question 43Control execution against the approved technical basis

Reine Rechenaufgabe: Eine rechteckige Fläche ist 7,5 m lang und 4 m breit. Welche Fläche ergibt sich ohne Abzüge?

  1. 30 m² Correct answer.
  2. 11,5 m²
  3. 60 m²
  4. 3 m²

Explanation

For a rectangle, multiply the two perpendicular dimensions: 7.5 metres times 4 metres equals 30 square metres. No deductions or extra faces are stated in this exercise.

Question 44Control execution against the approved technical basis

Reine Rechenaufgabe: Eine Platte mit 48 m² Fläche soll in der Aufgabe 0,15 m dick sein. Welches geometrische Volumen ergibt sich ohne Zuschlag?

  1. 320 m³
  2. 72 m³
  3. 7,2 m³ Correct answer.
  4. 0,72 m³

Explanation

Geometric volume equals area multiplied by thickness: 48 square metres times 0.15 metres gives 7.2 cubic metres. The exercise specifies no waste or other allowance.

Question 45Control execution against the approved technical basis

Für eine Modellrechnung gilt eine Materialdichte von 2,4 t/m³. Welche Masse haben 3 m³ dieses Materials?

  1. 72 t
  2. 7,2 t Correct answer.
  3. 5,4 t
  4. 0,8 t

Explanation

Use the density expressly supplied for the hypothetical material: 2.4 tonnes per cubic metre multiplied by 3 cubic metres equals 7.2 tonnes, with no additional allowance stated.

Question 46Control execution against the approved technical basis

Reine Einheitenumrechnung: Eine Planangabe lautet 25 cm. Welchem Wert in Metern entspricht sie?

  1. 2,5 m
  2. 0,025 m
  3. 25 m
  4. 0,25 m Correct answer.

Explanation

There are one hundred centimetres in a metre, so 25 centimetres divided by one hundred equals 0.25 metres. The conversion changes the unit, not the physical length.

Question 47Control execution against the approved technical basis

Ein Modellplan hat den Massstab 1:50. Eine dargestellte Strecke misst auf dem Plan 6 cm. Wie lang ist sie im Modellmassstab in Wirklichkeit?

  1. 3 m Correct answer.
  2. 30 m
  3. 0,3 m
  4. 300 m

Explanation

At the stated scale, six centimetres represent six times fifty centimetres, or three hundred centimetres. Converting that result to metres gives an actual length of three metres.

Question 48Control execution against the approved technical basis

Reine Rechenaufgabe: Eine Strecke von 20 m erhält ein vorgegebenes Gefälle von 1,5 %. Welcher Höhenunterschied ergibt sich?

  1. 3,0 m
  2. 0,03 m
  3. 13,33 m
  4. 0,30 m Correct answer.

Explanation

The supplied gradient means 0.015 metres of height change per horizontal metre. Multiplying by twenty gives 0.30 metres; this calculation does not establish an approved site gradient.

Question 49Control execution against the approved technical basis

Eine rechteckige Öffnung von 1,2 m mal 2 m wird in dieser vereinfachten Aufgabe von einer Fläche von 25 m² vollständig abgezogen. Welche Restfläche bleibt?

  1. 27,4 m²
  2. 21,8 m²
  3. 22,6 m² Correct answer.
  4. 23,8 m²

Explanation

The opening area is 1.2 times 2, or 2.4 square metres. Under the explicitly supplied full-deduction rule, subtracting it from twenty-five leaves 22.6 square metres.

Question 50Control execution against the approved technical basis

Die Aufgabe setzt 18 m³ geometrischen Bedarf und ausdrücklich 5 % zusätzlichen Materialbedarf an. Welche Bestellmenge ergibt die Modellrechnung?

  1. 23 m³
  2. 18,05 m³
  3. 17,1 m³
  4. 18,9 m³ Correct answer.

Explanation

The fictional allowance is five percent of eighteen, which is 0.9 cubic metres. Adding it gives 18.9 cubic metres; the exercise does not claim a universal mandatory allowance.