PE Architectural study plan

Trace gravity load paths from roof to foundation for three generic building sections, labeling every member and connection

Compute tributary areas and tributary widths for columns, beams, and joists in regular and irregular bays

Calculate reactions, shear, and maximum moment for simply supported and cantilever beams under uniform and point loads

Classify structural systems (bearing wall, beam-and-column, rigid frame, truss, space frame) and match each to a span and height range

Differentiate lateral force-resisting systems (shear wall, braced frame, moment frame, dual system, diaphragm) and state their relative stiffness, ductility, and architectural impact

Apply rule-of-thumb depth-to-span ratios to size preliminary members for wood, steel, and concrete framing

Compare shallow and deep foundation types and identify the site and loading conditions that drive each selection

Explain how expansion joints, drift, and differential settlement influence architectural detailing

Estimate heating and cooling loads using simplified degree-day and area-based methods and identify the variables that shift them

Read a psychrometric chart to locate supply, return, and space conditions and describe the cooling coil process

Size and route supply, return, and outside-air ductwork using velocity and friction-rate rules of thumb

Select among constant volume, VAV, fan coil, and radiant systems for a given program and explain the tradeoffs

Lay out domestic water, sanitary drainage, and vent systems, applying slope, trap, and fixture-unit rules

Compare wet, dry, and pre-action fire sprinkler systems and identify where each is required or prohibited

Determine space and structural requirements for plumbing chases, equipment rooms, and roof-mounted mechanical units

Evaluate smoke control, stair pressurization, and damper requirements at floor and shaft penetrations

Trace electrical service from utility to panelboard and compute panel load, demand factor, and spare capacity

Calculate voltage drop and select conductor and conduit sizes for given loads and run lengths

Perform a lumen method lighting calculation and verify illuminance against recommended footcandle targets

Distinguish emergency power, standby power, and uninterruptible power, and map each to code-required loads

Locate and describe fire alarm devices, notification zones, and low-voltage pathways, and coordinate them with ceiling and wall construction

Compare conductor, raceway, and busway distribution strategies for horizontal and vertical building runs

Explain the specification format and the difference between prescriptive and performance specifications

Sequence a construction schedule and identify the critical path for a mid-size commercial project

Match materials and assemblies (concrete, masonry, steel, wood, curtain wall, roofing) to performance, fire-resistance, and lifecycle criteria

Apply contract delivery methods (design-bid-build, design-build, CM at risk) to owner and architect risk allocation

Interpret a cost estimate breakdown and compute a simple pro forma with contingency

Describe the architect's responsibilities during bidding, construction administration, and closeout, including submittals and RFIs

Re-drill every missed item from weeks 4 and 6 error logs until each is answered correctly twice

Memorize and self-quiz a one-sheet reference of key formulas, ratios, and code thresholds across all four domains

Complete two additional timed half-length exams under exam-day conditions

Build a final weak-area triage list and schedule targeted review for the last 72 hours