Section 1: Design and Analysis

The Table of Specifications in the ExAC Framework Document lists approximately 96 multiple-choice and approximately 8 short-answer questions for Section 1. The approximate relative weight of items per theme is not published in the Preparation Guide or the objectives list; it appears in the annual Statistical and Technical Report. Section 1 covers six topics across the pre-construction design process, and Examitect's practice bank spreads its questions across all six.

No. Examiners aren't grading design talent or sketching ability. They're checking that you know the process, the sequence, and the documentation. Strong process knowledge and a calm decision tree beat clever ideas every time.

Very. Yardsticks for Costing is Examitect's recommended Canadian cost reference for the objectives under Cost Management (theme 4). The objectives themselves name no resource: 4.4.1 says only "Identify the resources available for the preparation of a cost estimate." Most cost questions test how you categorize a cost, apply a location factor, or compare unit rates rather than full take-offs. Read it cover to cover at least once.

Yes. Section 3's Final Project simulates the same design process Section 1 tests in isolation. Programming, site analysis, schematic design, and design development all reappear inside the Final Project, so Section 1 prep makes Section 3 noticeably easier.

Cost Management is the topic most candidates underestimate. Yardsticks looks dry, the elemental categories take time to memorize, and location factors confuse people who haven't priced a project before. Coordinating Engineering Systems is a close second if your day job is residential or interiors and you haven't worked with a full consultant team.

Plan for 60 to 80 hours of focused study, roughly 10 to 15 hours per topic. Spend more on Cost Management and Coordinating Engineering Systems if those are outside your day-to-day work, and less on Programming and Schematic Design if you've recently led a project from brief to schematic.

No. All four sections are written at the same sitting, in a fixed schedule of four three-hour sessions over two consecutive days in November. Each section is marked pass or fail independently, so if you do not pass all four on the first attempt you register for the next sitting and rewrite only the failed sections. Many candidates still study Section 1 first because the design process maps closely to studio and office work, and the topics anchor the rest of the exam.

No. You won't be asked to recall specific unit rates. You're expected to know how RSMeans is structured, how location factors adjust national averages to a Canadian city, and when to use RSMeans versus Yardsticks for an order-of-magnitude estimate.

Closed book. The ExAC Preparation Guide lists books, notes and reference documents as prohibited items, and the only exception is Section 2, where paper copies of NBC 2020 and NECB 2020 are permitted. Examitect's practice bank treats Section 1 as closed book for that reason, and most candidates report stronger performance when they train to answer without flipping through references.

All the official ExAC question formats appear. Multiple-choice questions make up the majority, joined by short-answer, pairing/matching, ordering questions (place these process steps in the correct sequence), and completion (fill-in-the-blank) items. Some multiple-choice questions read as short scenarios, where a brief project setup frames the question. The Examitect practice bank includes every format so your practice mirrors the live exam.

Section 1 is a fixed three-hour session. The ExAC runs as four three-hour sessions over two consecutive days, one per section. Practically, candidates pace at roughly a minute per multiple-choice question and leave extra time for the short-answer questions, which is why mock-exam practice under time pressure is so valuable.

Problem Seeking is the architectural-programming method developed by William Pena and Steven Parshall of HOK. It organizes programming into five steps (establish goals, collect and analyze facts, uncover and test concepts, determine needs, state the problem) across four considerations (Form, Function, Economy, Time). CHOP Chapter 6.1 cites Problem Seeking as further reading on pre-design rather than reproducing the matrix, but many Programming questions assume you know it. Memorize the 5 by 4 matrix.

The brief is the client's initial statement of intent, often only a few pages. The architectural program is the detailed document the architect develops from the brief, including space lists, adjacencies, budget, and constraints. Functional program is simply another name for that same document: the source also calls it a design brief, facilities program, space program, space need analysis, owner's statement of requirements, or, on a P3 project, output specifications. The distinction Section 1 questions test is between the client's brief as the input and the program the architect produces from it.

Net-to-gross is the ratio of usable (net) area to total (gross) area in a building. Office buildings typically run 65 to 75 percent; education and residential sit at 60 to 70 percent; healthcare runs 50 to 65 percent and labs 50 to 60 percent because of services, support spaces, and clearances. Section 1 tests it because programming and schematic design both depend on checking whether the program fits the site at a reasonable efficiency.

Schematic Design generates options and locks in the parti, massing, structural grid, and major circulation. Design Development resolves those decisions into specific materials, assemblies, fire ratings, acoustic separations, and details. Many Section 1 questions hinge on placing a decision in the correct phase. Picking a wall assembly during SD is too early. Sketching a parti during DD is too late.

Yes. The CIQS elements Yardsticks uses (A Shell, B Interiors, C Services, D Site and Ancillary Work, Z General Requirements and Allowances, each with sub-elements under it) are a recurring source of Cost Management questions. Most cost questions test whether you can place an item in the correct category, not whether you can total a cost. Build a one-page cheat sheet and drill it until categorization is automatic.

Read CHOP cover to cover for the process backbone, then use Ching Chapter 11 to learn what each engineering discipline does. If you can, sit down with one engineer per discipline and walk through a recent project. The exam doesn't test how often you've worked with a structural engineer; it tests whether you know what they own, when they enter the project, and what the architect should hand to them. See Coordinating Engineering Systems.

Section 1 prep is the most transferable in the exam. The same design process feeds Section 3's Final Project. Programming and cost questions reappear in Section 4. The document-coordination habits you build for Section 1 carry over to Section 2 code-application questions. Many candidates start with Section 1 for exactly this reason.

No. Use the Architect's Studio Companion as a lookup. The structural and envelope chapters and the rules-of-thumb sections are the most exam-relevant; pull what you need when a Section 1 question hinges on a sizing decision. CHOP and Ching deserve more linear reading time.

Cost estimates in Canadian practice run from Class D (order-of-magnitude, prepared at the functional program phase before design begins) to Class A (prepared near or at completion of the construction documents). Class C is the schematic design estimate. Class B is the design development estimate. Section 1 cost questions often test whether you match the right method to the right design phase.