13.3 The ALE Design Exam Format: Problem-Solving Approach

The ALE Design Exam Format: Problem-Solving Approach

Quick Answer: The Architectural Design and Site Planning subject of the PRC Architect Licensure Examination (ALE) — worth 40% of the exam, the largest share of any subject — is administered as a full-day session on the exam's second day. Official Professional Regulation Commission (PRC) examination advisories (for example, the schedule for the January 2026 administration) block out 8:00 AM to 6:00 PM for this subject alone. Since PRBoA Resolution No. 14, Series of 2009, the subject is no longer a hand-drafted single-plate problem; it is a non-drafting, OMR-scored exam of multiple situational design (cum site planning) problems presented in multiple-choice form.

Of the ALE's three subjects, Architectural Design and Site Planning was once structurally different from the other two: it required manual drafting of a single design solution, while History & Theory of Architecture, Principles of Planning & Architectural Practice, and Structural Design, Building Materials & Methods of Construction, and Utilities were non-drafting subjects graded through multiple-choice and situational objective items. PRBoA Resolution No. 14, Series of 2009 deliberately moved the design subject into that same non-drafting mold, so that all three subjects are now answered in multiple-choice form and scored by optical media reader (OMR).

What Is Verified About the Format

Based on official PRC examination advisories and PRBoA's own published resolution on the subject, the following can be stated with confidence:

• Schedule: on recent administrations (for example, the January 20 and 22, 2026 examination), Day 1 covers the two objective subjects across a morning and afternoon session, and Day 2 is reserved entirely for Architectural Design and Site Planning, running from 8:00 AM to 6:00 PM — a full ten-hour session.
• Weight: this subject carries 40% of the ALE's overall weighted average, more than either of the other two subjects individually, making it the single most consequential block of the exam.
• Format: under PRBoA Resolution No. 14, Series of 2009, the subject shifted from a manual-drafting, single design (cum site planning) problem format to a non-drafting, multiple design (cum site planning) problem format. Examinees answer multiple situational problems in multiple-choice form, scored by OMR — no plates or drawing sheets are submitted for manual checking.
• Reference material: examinees are allowed a printed copy of Rules VII and VIII of the 2004 Revised IRR of PD 1096 (the National Building Code of the Philippines) for use during this subject; scratch or graphing paper used to work out each problem is surrendered to the room watcher and is not graded.
• Frequency: the ALE, including this subject, is administered by PRC roughly twice a year, historically around January and June.

Why the Subject Is Structured This Way

PRBoA Resolution No. 14, Series of 2009 spelled out exactly why the old manual-drafting format was dropped: it removed the subjectivity of manually checking plates consisting of drawing sheets; it removed perennial doubts by examinees about the validity of that manual checking, which could only be done within a thirty-day window prescribed by law; and it removed the bias against examinees with limited manual drafting skillsets. The phrase "design (cum site planning)" in the resolution is also deliberate: each situational problem couples a building design with its site planning resolution, so a candidate must judge solutions that integrate the site development plan and the building design as one response, not as two separate problems. The full-day session on Day 2 reflects the volume of situational problems to be worked through and answered, even though the answers are now marked on an OMR sheet rather than drawn on plates.

What cannot be confirmed from public PRC sources is a fixed, itemized count of problems or items in every administration; this administrative detail is specified in the examination advisory and program issued for each specific test date, and candidates should always confirm current requirements against the official advisory published closest to their own exam date rather than relying on any older or generalized listing.

A General Problem-Solving Approach

Because the subject now presents multiple situational problems rather than one large drafted plate, successful candidates approach each problem in a deliberate sequence rather than marking an answer immediately:

1. Read and analyze the problem brief first. Before marking anything, read the full situational statement: the site data (location, dimensions, orientation, existing conditions), the required spatial program (room list with required areas or occupant counts), the building's use/occupancy classification, and any explicitly stated code parameters. A requirement or code parameter missed here cannot be recovered by guessing among the options.
2. Work out the design and site-planning resolution on scratch paper. Using the allowed NBCP Rules VII and VIII for reference, resolve the zoning envelope (setbacks tied to the road right-of-way, allowable footprint, easements), then translate the program into a coherent site and building scheme — enough to judge which answer is defensible. This scratch work is not graded; it exists to support the choice.
3. Evaluate the multiple-choice options against the resolution. Pick the option whose solution best satisfies the program, fits the site and zoning constraints, and respects code — BP 344 accessibility (including the current 1:20 maximum ramp slope under the 2024 Revised IRR), PD 1096 setback and egress provisions, and the program's stated areas. Eliminate options that violate a stated requirement or leave a program element unresolved.
4. Mark the OMR answer and manage time across the remaining problems. Mark the chosen answer cleanly, avoid over-investing scratch time on any single problem, and move on so the full set is addressed within the ten-hour session.

This sequence matters because each stage depends on the one before it: an option selected without resolving the zoning envelope in step 2 will often contradict a setback or egress requirement, and a polished scratch solution in step 2 cannot compensate for a program requirement skipped in step 1. Treating each situational problem as four dependent phases — read, resolve, evaluate, mark — rather than guessing quickly, is the core problem-solving discipline this subject rewards.