PCATP ALE study plan

Map the full ALE syllabus into a one-page checklist, tagging every topic by domain weight and marking your current confidence (1–5) for each.

Derive the governing design constraints for three hypothetical sites (urban infill, sloping suburban, coastal) and sketch a bubble diagram and single-line site plan for each.

Recalculate by hand the structural load path (dead, live, wind) for a simple two-storey reinforced concrete frame and compare your result with a rule-of-thumb span/depth check.

Compile a personal glossary of 40 construction and materials terms (e.g., slump, curing, formwork striking, structural steel grades) with a one-line definition and a local code reference where applicable.

Produce a schematic architectural design for a small mixed-use building on a given 20 m × 30 m plot, resolving circulation, egress, daylight and parking within the by-law envelope.

Compare three structural systems (RC frame, load-bearing masonry, structural steel) for that building on cost, speed, span capability and seismic behaviour, and justify a selection in writing.

Detail two critical construction junctions (e.g., basement waterproofing and a cantilever slab edge) with annotated sketches and material specifications.

Solve 20 timed multiple-choice questions on design and structures, then log every error with the underlying principle you missed.

Size the building services for a 1,200 m² office: estimate cooling load, fresh-air requirement, lighting power density and water demand using standard design values, and show calculations.

Draw a coordinated single-line services diagram (HVAC, electrical, plumbing, fire) and identify three likely clash points and their resolutions.

Summarise the local professional code of conduct and registration law into a one-page decision tree covering conflict of interest, advertising, and stamping responsibilities.

Analyse five ethics scenarios (gift acceptance, unpaid fees, unlicensed practice, plan certification, whistleblowing) and state the correct action with the clause that supports it.

Complete a full-length 100-question mixed mock exam under timed conditions across Domains 1–4 and record your percentage per domain.

Re-teach your three weakest topics from the mock in your own words, as if explaining to a junior architect, in 150 words each.

Build a one-page formula and data sheet (occupancy loads, U-values, span/depth ratios, fire-resistance periods) that you can recall from memory.

Review all errors from Weeks 1–4 and reclassify them as knowledge gaps, misreading, or calculation slips.

Prepare a site-appraisal report for a 1-hectare neighbourhood parcel: calculate FAR, ground coverage, density, open-space ratio and parking demand against the local zoning by-law.

Draft a conceptual layout for 80 housing units mixing typologies, and test it against sunlight, access and amenity criteria.

Summarise the development-control approval process from pre-application to occupation certificate as a flow chart with statutory timelines.

Explain the legal difference between planning permission and building permission, and list the documents a client must submit for each.

Compare three standard procurement routes (traditional, design-build, construction management) on risk allocation, cost certainty and programme, and recommend one for a given client brief.

Prepare a cost estimate for a 500 m² house using approximate quantities and a local rate build-up, then test sensitivity to a 15% material-price increase.

Draft the key clauses of a professional services agreement: scope, fee structure, payment terms, liability caps, suspension and termination.

Build a Gantt chart for a 12-month project and identify the critical path and two float-consuming risks.

Perform a whole-life cost comparison of two façade options over 30 years, including maintenance and energy, and present the net present value.

Prepare a variation and interim-payment scenario: calculate the amount due, retention and any delay damages, and justify each line.

Audit a small building design against five sustainability criteria (energy, water, materials, indoor air quality, site ecology) and propose costed improvements.

Explain how green-building certification credits interact with local code compliance and project cost.

Sit two full-length timed mock exams (one early in the week, one at the end) covering all six domains and compare scores.

Condense each domain into a one-page summary sheet of formulas, code limits and recurring question patterns.

Rehearse exam-day logistics: time per question, flagging strategy, calculator use and a 10-minute review routine.

Revisit every item in your error log and confirm you can now solve it unaided.