Module 1 - Program & Project Management
Every construction project moves through the same broad sequence of phases, whatever the delivery method chosen in Day 1. CMAA's outline of CM functions breaks that sequence into five phases (Pre-Design, Design, Procurement, Construction, and Post-Construction, which this course calls Closeout), each with its own deliverables, its own risks, and its own tests of the CM's judgment. Scenario questions lean on this model often: a scenario question rarely says "this is the Design phase" outright. It describes an activity, a document, or a decision, and expects you to place it in the right phase and then apply the CM's known duties there.
Two reasons phase identification matters so much. First, a CM's authority and duties shift phase to phase: what is appropriate CM behavior during Design (constructability commentary, cost feedback) is different from appropriate CM behavior during Construction (contract administration, means-and-methods restraint). Second, most real project failures trace back to a phase-appropriate step that got skipped or rushed, then only became visible two phases later. Recognizing the phase tells you which failure mode you're looking at.
Before there is a design, there is a program: a written statement of the owner's space needs, functional requirements, budget parameters, and project goals. The CM's role here is advisory and analytical rather than administrative. Typical involvement includes feasibility studies (can this program be built on this site, for this money, in this timeframe), site selection or evaluation support, and a first-pass conceptual budget and schedule built with almost no design information to work from.
Because so little is fixed yet, Pre-Design decisions are the cheapest in the entire project to change and the most consequential to get wrong. A program that understates required space, omits a code-driven requirement, or sets an unrealistic budget will surface as a crisis two or three phases later, when it is no longer cheap to fix.
Design typically proceeds through three sub-stages of increasing detail and decreasing flexibility: Schematic Design (SD) establishes overall concept, massing, and system approach; Design Development (DD) fixes major systems, materials, and layouts; Construction Documents (CD) produces the detailed drawings and specifications a contractor will actually bid and build from. The CM's core value-add across all three sub-stages is constructability review, flagging designs that are difficult, unsafe, or unnecessarily expensive to build while there is still time to revise them, paired with cost estimating at each milestone so the owner always knows whether the emerging design still fits the budget.
Value management (sometimes called value engineering) also concentrates in this phase: a structured look at each significant design element's function relative to its cost, searching for equal-or-better performance at lower cost, not simply cutting scope. Handled well, VM protects the owner's program; handled as a late-stage cost-cutting exercise, it tends to degrade it instead, a distinction the exam sometimes tests directly.
The relationship between project phase and the ability to influence final cost is one of the most useful concepts in this domain, because it explains why CM involvement timing matters at all. Early in a project, almost nothing is built yet, so almost anything can still be changed for the cost of a redraw. As drawings are finalized, materials are ordered, and work is installed, that same change costs progressively more: first a change order, then demolition and rework, then schedule delay layered on top of both. By Closeout, changing anything is at its most expensive.
Procurement converts a finished design into a signed construction contract. The CM typically manages this process end to end: assembling bid packages, prequalifying prospective contractors, soliciting competitive bids or proposals, evaluating responses against defined criteria, and recommending award. Two duties dominate the exam's treatment of this phase. First, verifying contractor qualifications (financial capacity, relevant experience, safety record, bonding capacity) before award, not after problems appear. Second, running a fair and transparent competitive process, which protects both the owner's money and the legal defensibility of the award against a protest.
Procurement method interacts with delivery method (Day 1): a low-bid, sealed process suits Design-Bid-Build; a qualifications-based or best-value process is typical for CMAR and Design-Build, since price alone can't be evaluated until a GMP or design is further along.
Construction is where the CM's role becomes most administrative and most visible day to day: processing RFIs (requests for information) when the documents are unclear or conflicting, reviewing submittals for conformance with the contract documents, evaluating and negotiating change orders, reviewing contractor pay applications against work actually performed and recommending payment, updating the schedule and tracking float, conducting quality inspections, and monitoring jobsite safety. The CM also reports project status to the owner throughout (cost, schedule, and risk) so surprises are rare and early.
Because so many of these duties are procedural, scenario questions often reward process discipline over technical judgment: did the CM follow the contract's required RFI response time, log the submittal correctly, document the change before work proceeded, verify quantities before recommending payment. A CM who is technically right but skipped the required process step is often still the wrong answer choice.
Closeout converts a finished building into an operating asset the owner can actually use: punch lists (the final inventory of incomplete or defective items), commissioning (verifying building systems actually perform as designed before occupancy), as-built drawings, operation and maintenance (O&M) manuals, warranty documentation, and final payment and lien releases.
Closeout deserves extra care because it is so often shortchanged in the field. Under schedule and budget pressure at the tail end of a project, punch lists get abbreviated, commissioning gets rushed or skipped, and O&M documentation arrives late or incomplete, and the owner discovers the gap only after occupancy, when it is hardest to correct. Expect scenario questions where the technically fastest answer is wrong precisely because it shortcuts a closeout step.
Many CMs treat the boundary between phases as a formal gate rather than a soft transition: a defined checklist and sign-off before work (and money) commit to the next phase. A gate at the end of Design confirms the design is complete, coordinated, and within budget before bid documents go out. A gate at the end of Procurement confirms the contract is fully executed, bonded, and insured before mobilization. Gates create a deliberate pause for exactly the kind of scope, budget, or program drift that is cheap to catch at the gate and expensive to catch later.
Why this matters for the exam
Phase-identification questions are really duty-identification questions in disguise. Once you place a scenario in its phase, the "best" answer is almost always the action that matches that phase's known CM duties (constructability review in Design, fair competition in Procurement, contract administration in Construction, thorough handover in Closeout), not simply the fastest or most technically clever option.
Why this matters for GCHS
Recognizing which phase a project is in tells a CM which risks are still cheap to manage and which are already locked in. On a program where budgets are fixed, catching a program or scope problem in Pre-Design, rather than discovering it during Construction, is often the difference between a manageable adjustment and a costly change order.
1. Constructability review and cost estimating at each design milestone happen primarily in which phase?
2. Verifying contractor qualifications and running a fair, transparent competitive process is a CM duty in which phase?
3. As-builts, O&M manuals, and commissioning belong to:
4. Why is early CM involvement (Pre-Design/Design) considered high-value for cost control?
5. A feasibility study and site selection assistance typically occur in:
6. On the exam, a scenario describes an owner reviewing final warranties and punch-list completion. This is:
7. RFIs, submittals, and pay applications are managed primarily during:
8. Which phase most directly determines whether the final building matches the owner's original program?
9. Design Development (DD) sits between which two sub-stages of the Design phase?
10. Value management is best described as:
11. On this lesson's cost-of-change vs. ability-to-influence-cost diagram, the two lines cross approximately at which phase?
12. A phase gate at the end of Design is intended primarily to:
13. In a Construction-phase scenario, why is a technically correct answer that skips the required contract process usually the weaker choice?
14. Why do experienced CMs give closeout extra attention even though it comes last?
Draw (or list, if you're not sketching) the five phases as a simple timeline. Under each phase, write the single CM deliverable you consider highest-risk to skip or rush, and one sentence on why. Then mark, on the same timeline, roughly where you believe the cost-of-change and ability-to-influence-cost curves would cross for a project you've worked on or observed.