FREE ARE 5.0 Study Guide 2026: All 6 Divisions, Built to the Exam

This free ARE 5.0 study guide teaches to the Architect Registration Examination — all six NCARB divisions, organized the way the exam is built.^[1] The ARE is one of three pillars of architectural licensure (alongside an accredited degree and the AXP experience program), and it is broad and demanding, so this guide is deep: real teaching of contracts, codes, systems, and construction administration — not a summary.

And it’s interactive, not a wall of text: every division has a built-in checkpoint quiz, hover-able glossary terms, labeled diagrams, and concept questions, so you learn by doing.

Read it division by division, test yourself at each checkpoint, then round out your free ARE 5.0 study resources with our practice questions and flashcards.

ARE 5.0 Exam Snapshot

The exam is split into six divisions that follow the life of a project, from running a practice through closing out construction. You take each as a separate appointment, and you can sit them in any order.^[1] The two largest divisions, PPD and PDD, carry 100 items each:

Within each division, NCARB publishes content sections with their own weight ranges — and those weights tell you where to spend study time. This guide teaches all six divisions and, inside each, leads with the heaviest sections.^[1]

The divisions trace the life of a project. Most of what they test maps onto the design and construction phases below — knowing this sequence is the backbone that ties the six exams together:

1 · Practice Management (PcM)

65 items · 2 hr 40 min. PcM is about running an architecture practice — its business and legal structure, finances, ethics, risk, and how it delivers services. The heaviest section is Finances, Risk & Development of Practice (29–35%), followed by service delivery and business operations.^[5]

Business Operations & Firm Structures

A firm’s legal structure sets its liability and taxes. A sole proprietorship is one owner with unlimited personal liability and pass-through tax. A partnership shares profits and unlimited liability among partners.

A corporation is a separate legal entity that shields owners but is taxed separately, and a limited liability company (LLC)blends a corporation’s liability shield with pass-through taxation. Many states require a professional corporation (PC) for licensed practice — but no structure shields an architect from liability for their own professional negligence.

Firm Finances & Risk

Firm finances are tested through a handful of ratios. Overhead is the indirect cost of doing business (rent, non-billable salaries, insurance), and the overhead rate is overhead divided by direct labor. The net multiplier — net revenue divided by direct labor — shows how much revenue each dollar of billable labor generates, and the utilization rate (chargeable ratio) is billable labor divided by total labor.

Risk management runs through PcM. Architects limit exposure with clear scope, the standard of care, professional liability (errors and omissions) insurance written on a claims-made basis, limitation-of-liability and indemnification clauses, quality control, and good documentation. The statute of repose sets an absolute outer deadline for claims measured from substantial completion.

Ethics & the Standard of Care

The standard of care is the legal benchmark: the skill and diligence a reasonably prudent architect would use under similar circumstances. It does not demand perfection — meeting it generally defeats a negligence claim. The AIA Code of Ethics adds enforceable duties to the public, the client, the profession, colleagues, and the environment, organized into canons, ethical standards, and rules of conduct.

Practice-Wide Delivery of Services

How a firm gets and delivers work matters: marketing builds reputation, business development pursues specific clients, and a go/no-go decision weighs fit, profitability, and risk before chasing a project. Compensation methods — stipulated (fixed) sum, hourly with a not-to-exceed cap, and percentage of construction cost — each shift risk differently, and a clear distinction between basic and additional services protects the fee when scope grows.

2 · Project Management (PjM)

75 items · 3 hr. PjM is about managing a single project — its team, work plan, schedule, and especially its contracts, which is the heaviest section (25–31%), followed by quality control and execution.^[6]

Project Work Planning & Scheduling

A project work plan defines scope, deliverables, staffing, schedule, and budget — the baseline for tracking progress and profit. Scheduling uses the critical path method: the critical path is the longest chain of dependent tasks and sets the shortest possible duration, while float is the slack a task has before it delays the project. Activities on the critical path have zero float.

The AIA Contract Suite

Contracts are the heart of PjM. The AIA documents are grouped by relationship: the letter tells you who is agreeing with whom.

The B101 is the owner-architect agreement; the A101 (stipulated sum) and A102 (cost plus a fee with a GMP) are owner-contractor agreements; the A201 General Conditions govern the whole construction relationship; and the C401retains the architect’s consultants. Consultant agreements should flow down from the prime agreement so scope, standard of care, and insurance align.

Project Execution & Scope

Execution means keeping the project on scope, schedule, and budget. Scope creep — the gradual, uncontrolled growth of work without matching fee or time — is the classic profit killer; it is controlled with a clear scope definition and written additional-services authorizations. The PM also monitors the construction budget, manages communication, and documents decisions in meeting minutes that protect the firm if disputes arise.

Project Quality Control

Quality assurance is the proactive process meant to prevent defects; quality control is the checking that catches them in the deliverables. A QC plan covers drawing coordination, code review, consultant coordination, and constructability review — confirming the design can actually be built — to cut RFIs and change orders later.

3 · Programming & Analysis (PA)

75 items · 3 hr.PA is the front of a project — analyzing the site and context, applying zoning and codes, and turning the owner’s needs into a building program. The heaviest section is Building Analysis & Programming (37–43%).^[7]

Environmental & Contextual Conditions

A site has opportunities and constraints. Climate (sun, wind, temperature, rainfall), topography and soils, drainage, vegetation, views, and the surrounding context all shape design.

Solar orientationmanages daylight and heat gain, and a building’s microclimate is the local climate created by terrain, water, and neighbors. Sustainable analysis seeks the best on-site use of these resources.

Zoning, Codes & Land Use

Zoning controls what can be built where — use, density, height, setbacks, floor area ratio, lot coverage, and parking. FAR caps building bulk: a FAR of 2.0 on a 10,000-square-foot lot permits up to 20,000 square feet of floor area. An easement grants others a right to use part of a site (for utilities or access), restricting what an owner can build there.

Site Analysis

Site analysis studies a site’s physical, legal, and environmental conditions. A survey establishes legal boundaries; a topographic survey shows contour lines (points of equal elevation).

Closely spaced contours mean steep slopes; widely spaced contours mean flat ground — guiding grading, drainage, and where to place the building. A geotechnical (soils) report gives bearing capacity and the water table, which drive foundation choices.

Building Programming & Analysis

Programming defines the project’s goals, spaces, relationships, and constraints before design. The problem-seeking method (Peña) separates the problem from the solution through five steps: establish goals, collect and analyze facts, uncover concepts, determine needs, and state the problem. The owner is the primary source of goals.

4 · Project Planning & Design (PPD)

100 items · 4 hr 5 min — a big division. PPD is schematic design through design development: applying codes, choosing systems, and integrating everything into a coherent design. The heaviest section is Project Integration of Program & Systems (32–38%), and codes plus systems make up most of the rest.^[8]

Codes: Occupancy, Area & Egress

The building code starts with two classifications. Occupancy classification groups buildings by use and risk (Assembly, Business, Mercantile, Residential, and more), and construction type(Type I–V) classifies them by the fire resistance and combustibility of the structure. Together they set allowable area and height, which sprinklers commonly increase.^[12]

Means of egress is the path to safety. It has three parts:

The occupant load (floor area divided by an occupancy factor) sets the required exit width and number of exits — most spaces need at least two, separated so one event cannot block them all. Travel distance to an exit is capped by code and is usually extended in sprinklered buildings.

Structural Systems

A structure carries two kinds of force. The gravity load path sends dead loads (permanent weight) and live loads (occupants, furniture) from roof and floors through beams and columns to the foundation.

Lateral loads — wind and seismic — are resisted by shear walls, braced frames, or moment frames. Common materials each have a signature: steel spans far and erects fast, concrete is strong in compression and fire-resistant, masonry is durable in compression, and wood is light and renewable but combustible.

Building Systems & Envelope

Passive strategies use form, orientation, mass, and shading to manage comfort with little energy; active systems (HVAC) condition the space mechanically — a variable-air-volume (VAV) system saves energy by varying airflow to each zone. The thermal envelope separates conditioned space from outside, controlling heat with insulation (R-value, higher is better) and glazing (U-factor, lower is better), continuous air barriers, and a vapor retarder placed to keep moisture from condensing inside the wall.

Sustainability, Cost & Integration

Sustainable design reduces environmental impact across site, energy, water, materials, and indoor environment; LEED certifies projects by points. Life-cycle cost analysis compares options by total cost of ownership — initial plus operating, maintenance, and replacement — not first cost alone. The integration section is the largest: it is about making program, systems, codes, and context work together in one design, balanced against the budget.

5 · Project Development & Documentation (PDD)

100 items · 4 hr 5 min — the other big division. PDD turns the design into buildable documents and details. Its two largest sections, nearly tied, are Integration of Materials & Systems (31–37%) and Construction Documentation (32–38%).^[9]

Construction Documents

Construction documents define the work well enough to permit, bid, and build it. They split cleanly: drawings show quantity, location, and dimension; the project manual and its specifications describe quality, materials, and workmanship. The two are complementary — what one requires is binding as if required by all, and the architect interprets any conflict.

Project Manual & Specifications

Specifications are organized by CSI MasterFormat (by work result) and each section follows SectionFormat: Part 1 General, Part 2 Products, Part 3 Execution. Methods of specifying shift control and risk: prescriptive (descriptive or proprietary) names exact products and methods, while performance states the required result and lets the contractor choose how to meet it. A reference-standard spec cites an industry standard like ASTM to stay concise.

Detailing & Material Integration

Good detailing controls four things at the envelope: water, air, vapor, and heat. Flashing directs water away from joints; a water-resistive barrier drains incidental water out through weep holes; continuous air and vapor barriers stop leakage and condensation; and breaking thermal bridges preserves the insulation’s value. Details must also accommodate movement — from temperature, moisture, and structural deflection — using control and expansion joints so finishes do not crack.

Codes & Cost in Documentation

The documents must satisfy the IBCand specialty codes, and a coordinated set keeps architectural, structural, and MEP drawings in agreement so the building can be built without clashes. PDD’s smallest section is construction cost estimates (2–8%) — by this stage the estimate is mainly checked for alignment with the developed design.^[9]

6 · Construction & Evaluation (CE)

75 items · 3 hr.CE covers bidding and the architect’s role during construction. Its two largest sections are nearly tied: Construction Observation (32–38%) and Administrative Procedures & Protocols (32–38%).^[10]

Preconstruction & Bidding

Before construction, the owner chooses a project delivery method that sets who holds which contracts and how risk is shared.

In bidding, the work is priced through competitive bids (open or selective) or negotiation. Bonds protect the owner: a bid bond guarantees the winner will sign, a performance bond guarantees completion, and a payment bond guarantees subcontractors and suppliers are paid (protecting against mechanic’s liens). An addendum changes the bidding documents before the contract is signed.

Construction Administration & Observation

During construction the architect provides construction administration — but the scope of that role is heavily tested and frequently misunderstood. The architect observes the work at appropriate intervals to judge general conformance; the architect does notsupervise or control the contractor’s means, methods, sequences, or site safety— those are solely the contractor’s responsibility.

Submittals, Payments & Changes

Submittals (shop drawings, product data, samples) are reviewed by the architect only for conformance with the design intent— not for dimensions or quantities, which remain the contractor’s responsibility. An RFIis the contractor’s formal question; the architect answers with an interpretation consistent with the documents.

Payment follows the schedule of values: the contractor submits an Application for Payment (G702), the architect reviews and observes, then certifies the amount due less retainage.

Changing the work is one of the most-tested distinctions on the whole exam:

Project Closeout & Evaluation

Two milestones end a project. Substantial completion is when the owner can occupy the work for its intended use — it starts warranties and triggers the punch list; final completion is when everything, including the punch list, is done, releasing final payment.

Closeout also includes record (as-built) drawings, operation and maintenance manuals, warranties, lien releases, the certificate of occupancy, and often a post-occupancy evaluation to learn how the building actually performs.

How to Use This Study Guide

The ARE is six exams, not one, so treat each division as its own campaign. Study guides map the content; pair this one with the official NCARB ARE 5.0 Handbook and practice exams, the AIA contract documents, and the building code. With 2024 pass rates ranging from about 47% to 61%, steady, division-targeted practice is what separates a pass from a retake.^[4]

ARE 5.0 Glossary

Quick definitions for the terms you’ll see most across the six ARE 5.0 divisions:

Addendum

A written change or clarification to the bidding documents issued to all bidders before the contract is signed.

AIA A101

The standard owner-contractor agreement where the basis of payment is a stipulated (lump) sum — a fixed price for the defined work.

AIA A102

An owner-contractor agreement where payment is the cost of the work plus a fee, with a guaranteed maximum price (GMP) that caps the owner's cost.

AIA A201

The General Conditions of the Contract for Construction — the 'rulebook' defining the duties of owner, contractor, and architect. It is incorporated by reference into most AIA owner-contractor agreements.

AIA B101

The standard owner-architect agreement. It defines the architect's basic services by phase, the fee, and the responsibilities of each party.

AIA C401

The standard architect-consultant agreement, by which the architect retains engineers and specialists; its terms should flow down from the owner-architect agreement.

ASI

An Architect's Supplemental Instruction — a minor change in the work consistent with the documents that does not affect the contract sum or time.

Certificate of occupancy

The building official's authorization that a building complies with code and is safe to occupy for its intended use.

Change order

A written contract modification, signed by owner, contractor, and architect, that changes the contract sum, time, or scope — all three parties agree.

Construction administration

The architect's services during construction — site observation, submittal review, RFIs, payment certification, and change management.

Construction change directive

An owner- and architect-directed change in the work issued without the contractor's agreement on cost or time; later resolved into a change order.

Construction type

The code classification (Type I through V) of a building by the fire resistance and combustibility of its structure; it interacts with occupancy to set allowable area and height.

CSI MasterFormat

The CSI standard that organizes specifications into numbered divisions by work result (for example, Division 03 Concrete, 09 Finishes).

Efficiency ratio

Net assignable (usable) area divided by gross area. It estimates how much building must be built to deliver the required program; typical values range from about 60 to 80 percent.

Egress

The continuous path of exit travel from any point in a building to a public way, made up of the exit access, the exit, and the exit discharge.

FAR

Floor area ratio — the ratio of a building's total floor area to its lot area. A FAR of 2.0 on a 10,000-square-foot lot allows up to 20,000 square feet.

Final completion

When all work, including punch-list items, is finished per the contract documents — triggering final payment and release of remaining retainage.

Guaranteed maximum price

A GMP is the most a contractor can charge; the owner pays actual costs plus a fee up to the cap, with savings below it often shared.

LEED

Leadership in Energy and Environmental Design — the U.S. Green Building Council's green-building rating system (Certified, Silver, Gold, Platinum).

Life-cycle cost

The total cost of a system or material over its life — initial cost plus operating, maintenance, and replacement costs — used to compare design options.

Net multiplier

Net operating revenue divided by direct (project) labor. It measures how much revenue each dollar of billable labor generates; a value around 3.0 is common.

Occupancy classification

The building code's categorization of a building by use and risk (such as Assembly, Business, Residential), driving allowable area, height, and egress.

Overhead rate

Total indirect cost divided by direct labor. The break-even rate equals 1.0 plus the overhead rate — the multiplier at which the firm covers costs but earns no profit.

Post-occupancy evaluation

An assessment of how a completed building performs in use — comfort, function, energy, satisfaction — to inform operations and future design.

Pro forma

A financial projection for a development showing estimated costs, income, and return; used to test whether a project is feasible.

Project delivery method

How an owner organizes design and construction — design-bid-build, design-build, CM at risk, CM agency, or integrated project delivery (IPD).

Project manual

The bound volume containing bidding requirements, contract conditions, and specifications — everything written that is not a drawing.

Punch list

The list of incomplete or deficient items the contractor must correct near the end of construction, prepared around substantial completion.

Retainage

A percentage (often 5 to 10 percent) withheld from each payment until the work is satisfactorily complete, giving the owner leverage to ensure completion.

RFI

A request for information — the contractor's formal written question asking the architect to clarify the contract documents during construction.

Schedule of values

A breakdown of the contract sum allocated to each portion of the work (AIA G703). It is the basis for reviewing the contractor's payment applications.

Setback

The minimum required distance between a building and a property line, established by zoning to provide light, air, and separation.

Shop drawing

A detailed fabrication or installation drawing prepared by the contractor or fabricator. The architect reviews it for conformance, not for dimensions or quantities.

Standard of care

The level of skill and diligence a reasonably prudent architect would exercise under similar circumstances. It is the legal benchmark for professional negligence — it requires competence, not perfection.

Submittal

Contractor-provided shop drawings, product data, or samples submitted for the architect's review for conformance with the design intent.

Substantial completion

The stage when the work is sufficiently complete for the owner to occupy or use it for its intended purpose. It starts warranties and triggers the punch list (AIA G704).

Utilization rate

Billable (direct) labor divided by total labor, also called the chargeable ratio. Higher utilization generally means more profit.

Zoning

Local land-use regulation controlling what can be built where — permitted uses, density, height, setbacks, lot coverage, and parking.

Free ARE 5.0 Study Materials & Resources

Everything you need to prepare for the ARE 5.0 is free here — no paywall, no sign-up. This guide is the foundation; pair it with the rest of our free ARE 5.0 study materials for active recall, timed practice, and last-minute review:

• ARE 5.0 Practice Test — exam-style questions across all six divisions, with explanations.
• ARE 5.0 Flashcards — active-recall decks for the AIA contracts, code rules, and high-yield concepts.

ARE 5.0 Study Guide FAQ

References

1. 1.National Council of Architectural Registration Boards. “Your Guide to ARE 5.0 (ARE Booklet).” NCARB.org. ↑
2. 2.National Council of Architectural Registration Boards. “How ARE 5.0 is Scored.” NCARB.org. ↑
3. 3.National Council of Architectural Registration Boards. “ARE 5.0 Format & Question Types.” NCARB.org. ↑
4. 4.National Council of Architectural Registration Boards. “ARE 5.0 Pass Rates.” NCARB.org. ↑
5. 5.National Council of Architectural Registration Boards. “Practice Management (PcM) — Exam Content.” NCARB.org. ↑
6. 6.National Council of Architectural Registration Boards. “Project Management (PjM) — Exam Content.” NCARB.org. ↑
7. 7.National Council of Architectural Registration Boards. “Programming & Analysis (PA) — Exam Content.” NCARB.org. ↑
8. 8.National Council of Architectural Registration Boards. “Project Planning & Design (PPD) — Exam Content.” NCARB.org. ↑
9. 9.National Council of Architectural Registration Boards. “Project Development & Documentation (PDD) — Exam Content.” NCARB.org. ↑
10. 10.National Council of Architectural Registration Boards. “Construction & Evaluation (CE) — Exam Content.” NCARB.org. ↑
11. 11.The American Institute of Architects. “AIA Contract Documents — Document Families.” AIA Contract Documents. ↑
12. 12.International Code Council. “International Building Code (IBC).” ICC (codes.iccsafe.org). ↑
13. 13.U.S. Department of Justice. “2010 ADA Standards for Accessible Design.” ADA.gov. ↑
14. 14.National Council of Architectural Registration Boards. “ARE 5.0 Fees.” NCARB.org. ↑

Sources for the concept answers

Every answer in the ARE 5.0 concept questions above is drawn from an official primary source:

1. The American Institute of Architects. “AIA Contract Documents — A201 General Conditions.” AIA Contract Documents.
2. U.S. Green Building Council. “LEED Rating System.” USGBC.org.

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