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2026 Statistics

Key Facts: ExAC Exam

4

Exam Sections

ExAC / ROAC

13

Competency Themes

ExAC Framework

2 days

Exam Length

ExAC

2,800

Min. Experience Hours

ExAC / ROAC

3

Consecutive Attempts

ExAC

NBC 2020

Code Referenced

ExAC

The ExAC is the national objective exam for Canadian architect registration, adopted by every licensing authority except Quebec. It is a paper-and-pencil exam written once a year in four half-day sessions over two days, in English or French. The four separately-passed sections map to 13 competency themes spanning design phases, the National Building Code of Canada and energy code, documentation and sustainable design, and bidding/contract administration and practice management. Candidates must hold full CACB certification and at least 2,800 approved experience hours, and must clear all four sections within three consecutive attempts. Passing the ExAC, with the regulator's other requirements, leads to provincial or territorial licensure as an architect.

Sample ExAC Practice Questions

Try these sample questions to test your ExAC exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1In the ExAC framework, which section assesses Programming, Site and Environmental Analysis, Coordinating Engineering Systems, Cost Management, Schematic Design, and Design Development?
A.Section 2
B.Section 3
C.Section 1
D.Section 4
Explanation: The ExAC Table of Specifications assigns these six early-phase themes to Section 1, which contains roughly 96 multiple-choice plus about 8 short-answer questions. Section 1 mirrors the front-end design phases of architectural services.
2During the programming phase, an architect records the client's required spaces, areas, and adjacencies. What is this primary document called?
A.Schematic design package
B.Functional/architectural program (brief)
C.Certificate for payment
D.Contract document set
Explanation: The functional program (also called the architectural program or brief) defines the client's needs, space requirements, area allocations, and relationships before design begins. It becomes the benchmark against which schematic options are tested.
3An architect compares the gross floor area to the net assignable area for a programmed building. This ratio is best described as the building's:
A.Floor space index
B.Coverage ratio
C.Plot ratio
D.Efficiency (net-to-gross) ratio
Explanation: The efficiency ratio (net-to-gross or net-usable-to-gross) measures how much of the gross floor area is assignable to the client's program versus circulation, structure, and services. It is a key programming metric for testing design options against the brief.
4When analyzing a site, an architect reviews the legal survey to confirm the property's exact boundaries, dimensions, and registered easements. In Canada this plan is typically prepared by a:
A.Structural engineer
B.Land surveyor
C.Quantity surveyor
D.Geotechnical engineer
Explanation: A registered or legal land surveyor prepares the survey plan that establishes property boundaries, dimensions, registered easements, and rights-of-way. The architect relies on this for setbacks and buildable-area analysis.
5A geotechnical report recommends a deep foundation system because the near-surface soils have low bearing capacity. Which foundation type is the architect most likely coordinating?
A.Strip footings
B.Piles or caissons
C.Slab-on-grade
D.Spread (pad) footings
Explanation: When competent bearing strata lie well below grade, deep foundations such as driven piles or drilled caissons transfer loads to deeper, stronger soil or rock. Shallow systems would settle excessively in weak near-surface soils.
6An architect is coordinating engineering systems on a multi-storey building. The mechanical engineer requests a dedicated vertical shaft for ductwork and a rooftop area for air-handling units. The architect's main responsibility is to:
A.Size the ductwork and select the equipment
B.Approve the mechanical engineer's stamped drawings
C.Integrate the shaft and equipment space into the architectural plan and structure
D.Perform the heat-loss calculations
Explanation: Coordinating engineering systems means the architect allocates and integrates space for the consultants' systems—shafts, equipment rooms, ceiling plenums—within the architectural and structural design. Sizing and calculations remain the engineer's responsibility.
7Which discipline is normally responsible for the design of the building's electrical distribution, lighting power, and emergency power systems that the architect must coordinate?
A.Civil engineer
B.Electrical engineer
C.Structural engineer
D.Landscape architect
Explanation: The electrical engineer designs power distribution, lighting circuits, life-safety and emergency power, and communications. The architect coordinates the locations of electrical rooms, risers, and fixtures with the architectural design.
8At the schematic design stage, the cost consultant produces a preliminary estimate. Because design information is still limited, which estimating method is most appropriate?
A.Detailed unit-rate (quantity takeoff) estimate
B.Final tender price
C.Elemental or area-based ($/m²) estimate
D.Substantial-performance valuation
Explanation: Early in design, an elemental or area-based estimate using cost-per-square-metre rates or building elements suits the limited information available. Detailed quantity takeoffs require completed contract documents.
9A client establishes a firm construction budget of $4.0 million. During design development, the cost consultant's estimate reaches $4.6 million. The architect's most appropriate response is to:
A.Proceed and absorb the overage in fees
B.Issue the documents for tender unchanged
C.Reduce the architect's scope of structural review
D.Advise the client and undertake value management / redesign to align cost with budget
Explanation: When estimates exceed the established budget, the architect must inform the client and lead value management—reviewing scope, materials, and systems to bring cost into line. Proceeding without addressing the gap exposes both client and architect to risk.
10Within an estimate, a contingency allowance is included primarily to:
A.Cover the architect's professional fees
B.Replace the need for a final estimate
C.Account for unknowns and design development not yet detailed
D.Pay for municipal permit fees
Explanation: A design and construction contingency covers items not yet fully detailed and unforeseen conditions, decreasing as the design matures and risk is reduced. It protects the budget against the inherent uncertainty of incomplete information.

About the ExAC Exam

The Examination for Architects in Canada (ExAC) assesses the competencies a candidate (intern) acquires during the internship period and is one of the final steps toward architectural registration in Canada. It has been adopted by all Canadian licensing authorities except Quebec, which administers its own OIQ professional exam. The ExAC is a paper-and-pencil objective exam delivered once a year in four half-day sessions over two consecutive days, in English or French. It is organized into four separately-passed sections covering 13 competency themes: Section 1 (programming, site and environmental analysis, coordinating engineering systems, cost management, schematic design, design development), Section 2 (National Building Code of Canada and National Energy Code for Buildings), Section 3 (the Final Project documentation/detailing and Sustainable Design Literacy), and Section 4 (bidding and contract negotiations, construction-phase office and field functions, and project management). Question types include multiple choice, pairing/matching, ordering, fill-in-the-blank, and short written answer.

Assessment

Question count not published by the exam provider

Time Limit

Four half-day sessions over two consecutive days

Passing Score

Each section passed separately; the cut score is set annually through standard-setting

Exam Fee

Set annually by ROAC; confirm the current fee at exac.ca (Committee for the Examination for Architects in Canada (CExAC) / Regulatory Organizations of Architecture in Canada (ROAC))

ExAC Exam Content Outline

Section 1

Design Phases (approx. 96 MC + 8 short-answer)

Programming, site and environmental analysis, coordinating engineering systems, cost management, schematic design, and design development

Section 2

Building and Energy Codes (approx. 75 MC)

National Building Code of Canada (NBC 2020) occupancy, fire safety, egress, accessibility, and the National Energy Code for Buildings (NECB)

Section 3

Final Project and Sustainable Design Literacy (approx. 96 MC + 6 short-answer)

Specifications and MasterFormat, document coordination, building-science detailing, and operational/embodied carbon and sustainability

Section 4

Bidding, Construction Phase and Project Management (approx. 130 MC)

CCDC contracts, bidding and Contract A/B law, certificates and change orders, site review and substantial performance, and project/practice management

How to Pass the ExAC Exam

What You Need to Know

  • Passing score: Each section passed separately; the cut score is set annually through standard-setting
  • Assessment: Question count not published by the exam provider
  • Time limit: Four half-day sessions over two consecutive days
  • Exam fee: Set annually by ROAC; confirm the current fee at exac.ca

Keys to Passing

  • Work through all 100 available questions
  • Review every answer and explanation
  • Track weak areas and revisit them
  • Use our AI tutor for tough concepts

ExAC Study Tips from Top Performers

1Study by section - each of the four ExAC sections maps to specific competency themes you can prepare separately
2Work directly from the National Building Code of Canada 2020, including your province's amendments, for Section 2
3Know the NBC occupancy classifications (Groups A through F) and what triggers fire separations, exits, and accessibility
4Learn the National Energy Code for Buildings approach to envelope, lighting, and HVAC performance
5Master the CCDC documents - especially CCDC 2 (stipulated price), CCDC 3 (cost-plus), CCDC 4 (unit price), and CCDC 5A/5B
6Understand the Contract A / Contract B bidding framework and the owner's duty of fairness to bidders
7Study RAIC Document Six and how the architect's services map across the project phases
8Review building science fundamentals: air barriers, vapour control, thermal bridging, and rainscreen detailing for cold climates
9Know the difference between operational and embodied carbon and basic sustainable-design strategies
10Be clear on contract administration roles - certificates for payment, shop drawings, change orders, substantial performance, and holdback
11Remember that site safety and means and methods are the contractor's responsibility, not the architect's
12Use the annual ExAC Preparation Guide and its reference list as your primary roadmap
13Practise short-answer items for Sections 1 and 3, not just multiple choice
14Allocate study time across all four sections since each must be passed separately within three consecutive attempts

Frequently Asked Questions

What is the ExAC and who has to take it?

The Examination for Architects in Canada (ExAC) is the national registration exam that assesses the competencies a candidate acquires during the internship period. It has been adopted by every Canadian licensing authority except Quebec, which runs its own OIQ professional exam. Candidates must hold Intern or Candidate status with a Canadian architectural regulator, have full CACB certification, and have at least 2,800 approved experience hours. Passing the ExAC, together with the regulator's other requirements, is one of the final steps toward licensure as an architect in a province or territory.

How is the ExAC structured?

The ExAC is a paper-and-pencil objective exam written once a year over two consecutive days in four half-day sessions. It is divided into four separately-passed sections covering 13 competency themes. Section 1 covers programming, site and environmental analysis, coordinating engineering systems, cost management, schematic design, and design development. Section 2 covers the National Building Code of Canada and the National Energy Code for Buildings. Section 3 covers the Final Project documentation and Sustainable Design Literacy. Section 4 covers bidding and contract negotiations, construction-phase office and field functions, and project management.

What question formats appear on the ExAC?

The majority of ExAC items are multiple choice, but the exam also uses pairing/matching, ordering of elements, completions (fill-in-the-blank), and short written answer. Sections 1 and 3 include a small number of short-answer items in addition to multiple choice, while Sections 2 and 4 are multiple choice. Two mirror versions of the exam are prepared, one in English and one in French, containing the same items and tasks. Sample exam items are provided in the annual ExAC Preparation Guide.

How do I pass the ExAC and how many attempts do I get?

Each of the four ExAC sections is scored and passed separately, with the cut score for each section set annually through a standard-setting process rather than a fixed percentage. You must pass all four sections within three consecutive attempts; if you do not, you must begin the process again. A section you have already passed remains credited while you work to clear the remaining sections within that window. Section-level pass rates vary by year and are reported in the annual ExAC Technical and Statistical Report.

What references should I study for the ExAC?

The annual ExAC Preparation Guide is the primary study resource and lists the supporting references reviewed each year. Key references include the National Building Code of Canada 2020 and the National Energy Code for Buildings, the relevant CCDC documents (such as CCDC 2 stipulated price, CCDC 3 cost-plus, CCDC 4 unit price, CCDC 5A/5B construction management, and CCDC 23 bidding guide), RAIC Document Six (the Canadian Standard Form of Contract for Architectural Services), the Canadian Handbook of Practice for Architects, and your province or territory's architect act. Provincial amendments to the building and energy codes also apply.

How is the ExAC different from the Quebec OIQ exam and the U.S. ARE?

The ExAC is used by all Canadian jurisdictions except Quebec, where candidates instead write the OIQ professional exam in French under that province's own framework. Unlike the computer-based, multi-division U.S. Architect Registration Examination (ARE), the ExAC is a single annual paper-and-pencil exam delivered in four half-day sessions over two days. Both exams test professional practice, codes, and project delivery, but the ExAC focuses on the Canadian context, including the National Building Code of Canada, CCDC documents, RAIC contracts, and provincial architect acts.

When is the ExAC offered and how do I register?

The ExAC is administered once a year, simultaneously across Canada and the Northwest Territories, in English or French. For the 2026 cycle, registration is open from June 1 to July 10, 2026, at noon local time, and candidates register through their provincial or territorial regulator. Because it is offered only once annually, candidates plan their experience-hour milestones and study schedule around that single sitting. Confirm current dates, deadlines, and fees on the official ExAC website.

How much should I study for the ExAC?

Most candidates invest roughly 150 to 250 hours across all four sections, concentrated over three to six months before the annual sitting. A common approach is to study by section: build design-phase knowledge for Section 1, work through the National Building Code and energy code for Section 2, review specifications, building science, and sustainable design for Section 3, and study CCDC contracts and construction administration for Section 4. Practising sample questions under the half-day session format helps build pacing and exposes weak competency themes to remediate before the exam.