Exam guide · ARE 5.0 / PjM

Project Management (PjM)
exam prep.

PjM asks how you would run one architecture project from contract to completion — who is on the team, what the work plan is, what each party has agreed to, and how quality is kept in check.

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01

What is the PjM exam?

Project Management covers the architect’s job of organizing and leading a single project. Its focus is the management of architectural projects, including organizing principles, contract management and consultant management.

Where Practice Management (PcM) looks at the firm as a business, PjM puts you inside one project. Typical questions ask you to assemble the right team, plan the work and fee, decide which party is responsible for something under the agreements, react when the schedule or scope changes, and keep the documents coordinated and checked.

The difficulty is that several answers often sound reasonable. The correct one usually follows from a specific contractual relationship or from the order in which work has to happen — so knowing who has agreed to what, and what depends on what, is most of the work.

02

What does PjM cover?

The division is organized into five content areas:

  1. 1
    Resource ManagementAssembling and directing the project team: staffing, consultants and the coordination of in-house and outside resources.
  2. 2
    Project Work PlanningDefining the work: scope of services, work plans, schedules and the project fee and budget for the architect’s services.
  3. 3
    ContractsThe agreements that shape the project, especially owner–architect and architect–consultant agreements and how they relate to the owner–contractor contract.
  4. 4
    Project ExecutionManaging the project as it moves forward: monitoring progress, schedule and budget, communicating with the owner and responding to changes.
  5. 5
    Project Quality ControlChecking that the work meets requirements: quality management procedures, document review and coordination.
03

A concept worth understanding: the critical path

A work plan is not just a list of tasks with durations. Some tasks must wait for others, and the longest chain of dependent tasks sets the earliest date the project can finish. That chain is the critical path.

Critical path through four design tasks Task A program review, 2 weeks, leads to task B schematic design, 4 weeks, and task C geotechnical report, 3 weeks. Both lead to task D design development, 6 weeks. Path A, B, D totals 12 weeks and is critical; path A, C, D totals 11 weeks, so C has 1 week of float. A · Program review 2 wk B · Schematic design 4 wk C · Geotech report 3 wk · 1 wk float D · Design dev. 6 wk Critical path A → B → D = 2 + 4 + 6 = 12 weeks A → C → D = 2 + 3 + 6 = 11 weeks
A simplified early-design work plan. Durations in weeks; arrows show which task must finish before the next can start.

Two chains lead from A to D. A → B → D takes 12 weeks; A → C → D takes 11. The project cannot finish in fewer than 12 weeks, so A, B and D are critical: a delay to any of them delays the whole project week for week.

Task C has one week of float — it can slip a week without moving the finish date. If the geotechnical report slips two weeks, A → C → D becomes 13 weeks; the critical path shifts to C and the project finishes one week late.

04

How to study for ARE PjM

  1. Draw the contract relationships for a design–bid–build project: who has an agreement with whom, and who has none. Many PjM questions are answered by that diagram alone.
  2. Practice schedule reasoning with small networks like the one above: find the critical path, the float and the effect of a delay or a fast-tracked task.
  3. Follow the fee. Work out how a fee is distributed across phases and team members, and what happens to the budget when scope grows without additional services being agreed.
  4. Read scenarios for the architect’s actual role. Ask whether the architect is advising, deciding, or simply has no responsibility for the issue under the agreement.
  5. Finish with full-length practice exams under timed conditions, then review the latest ARE 5.0 Guidelines so your preparation matches the current objectives.
05

How KPath supports PjM

KPath’s structured PcM + PjM course is live, organized as a day-by-day roadmap of illustrated lessons with coded, rated knowledge points. PjM practice includes a 200-question fixed set and AI-generated questions drawn from the course’s knowledge points, and every question links back to the lesson that teaches it. Explanations go through each option, in English, English + 中文 or English + Español. KPath is currently in private beta.

06

PjM FAQ

What is tested on PjM?

Running a single project: assembling and coordinating the team, planning the work, schedule and fee, understanding the project’s agreements, managing execution and changes, and quality control.

How is PjM different from PcM?

PjM asks how to manage one project; PcM asks how to manage the firm. A question about a project’s schedule, team or consultant coordination is PjM territory; a question about firm finances, business structure or firm-wide policy is PcM.

Which contract relationships should I understand?

At minimum: the owner–architect agreement, the architect–consultant agreement and the owner–contractor agreement, and the fact that the architect normally has no contract with the contractor. Know what each party is responsible for and how the agreements reference one another.

How can I practice scheduling decisions?

Sketch small task networks, calculate the critical path and float, then change one duration and see what moves. Doing this by hand a few times makes schedule questions much faster on exam day.

Keep studying

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Study PjM with KPath

Run the project on paper first.

KPath’s PcM + PjM course turns project management into a sequence of illustrated lessons and coded knowledge points, with practice questions that link back to the lesson behind each answer.

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