Peer Reviews & Code Compliance Tracking

ARE 5.0 Project Management PjM

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1 Exam Orientation

About the ARE 5.0 Project Management Exam Study Strategies & Case Study Mastery

2 Resources and Team Capacity

Staffing Plans & Project Team Assembly Financial Multipliers & Billing Rates Staff Utilization & Chargeable Ratios Consultant Selection & Fee Budgeting

3 Work Plans and Schedules

Project Work Plan Fundamentals Critical Path Method (CPM) & Network Logic Gantt Charts & Milestone Tracking Schedule Contingencies & External Constraints

4 Fee Planning and Communication

Fee Allocation Across Project Phases Earned Value Management (EVM) for Architects Project Communications & Documentation Protocols

5 Owner–Architect Services

AIA B101 Structure & Initial Information Standard of Care, Indemnification & Liability Architect's Basic Services (Article 3) Supplemental vs. Additional Services (Article 4)

6 Consultant Agreements and Integration

AIA C401 Architect-Consultant Agreement Integrating Owner-Retained Consultants

7 Construction Agreements

A101: Price, Time, and Payment Terms AIA A201 General Conditions for Project Managers Construction Manager Contracts: CMa vs. CMc

8 Compensation, Disputes, and Termination

Dispute Resolution Mechanisms & Claims Architectural Compensation & Reimbursables Termination, Suspension & Instruments of Service

9 Delivery Structures and Document Controls

Comparative Project Delivery Methods Bridged Design-Build & Public-Private Partnerships Document Controls by Delivery Method

10 Collaborative Delivery and Procurement

Integrated Project Delivery & Lean Construction Procurement, Bidding & Negotiation

11 Budget Monitoring and Scope Changes

Cost Estimating & Designing to Budget Managing Scope Creep & Construction Changes

12 Construction Administration and Approvals

Submittals, RFIs, Payments & Project Closeout Agency Approvals and Permit Workflow

13 Quality Reviews and Compliance

Quality Assurance vs. Quality Control Peer Reviews & Code Compliance Tracking

14 Coordinated Documents and Models

Interdisciplinary Coordination & Redicheck Specifications & CSI MasterFormat Organization BIM Management & Level of Development (LOD) Clash Detection & Model Coordination

15 Risk, Design Objectives, and Learning

Project Risk Identification & Risk Register Maintaining Design Objectives Through Delivery Knowledge Management & Post-Occupancy Evaluation

Peer Reviews & Code Compliance Tracking

Key Takeaways Explain This Topic AI

Choose technical competence and a fresh perspective for peer review.

Review milestones are project procedures, not universal 50/50/90 requirements.

Maintain the adopted code basis and update it when use, size, systems, or design assumptions change.

Assign corrections and verify both response records and revised documents.

Last updated: October 2026

Peer Reviews & Code Compliance Tracking

Note

Quick Overview: On the ARE 5.0 Project Management exam, peer reviews and code compliance tracking are tested as indispensable tools for quality management and professional liability defense. Team members immersed in daily production suffer from "design blindness"—subconsciously assuming unannotated details are clear because they understand the design intent. Deploying independent senior peer reviewers at project-defined milestones (illustratively 50% DD, 50% CD, and 90% CD) restores objective technical scrutiny. Concurrently, establishing and maintaining a living Life Safety Code Sheet (G-series) throughout the design lifecycle supports checking compliance with building codes, egress capacities, and accessibility mandates, expediting Authority Having Jurisdiction (AHJ) plan check approvals.

A successful architectural project manager recognizes that technical errors caught on paper can cost less to resolve than errors discovered after concrete is poured. However, relying solely on the project team to check its own drawings is a proven recipe for failure. Effective quality governance requires independent evaluation mechanisms and rigorous regulatory tracking protocols that span the entire project lifecycle from preliminary programming through final permit issuance.

The Rationale for Independent In-House Peer Reviews

In architectural practice, familiarity breeds blind spots. When a project architect or project team spends months drafting a 120-sheet drawing package, they develop an intimate mental model of the building. Consequently, during internal reviews, they tend to read their intent rather than what is actually graphically depicted and annotated on the sheets. They know what the flashing detail is supposed to do, so they fail to notice that the flashing line stops short of the weep hole or that a vital dimension is omitted.

Reviewer Selection

Select a reviewer with competence and enough independence for an objective assessment:

Total Project Independence: The reviewer should have sufficient independence from daily production to provide a fresh review with the project. They must approach the drawings exactly as an unfamiliar bidding contractor, estimator, or building inspector would.

Senior Technical Competence: Peer reviewers are typically firm Principals, Technical Directors, Senior Project Architects, or dedicated Quality Managers who possess deep knowledge of construction technology, building science, building codes, and field administration.

Standard of Care Focus: The reviewer does not seek to redesign the building aesthetically or impose personal design preferences. Instead, the review evaluates constructability, coordination, completeness, clarity, and compliance with the applicable standard of care.

The Milestone Review Framework

Peer reviews are not ad-hoc events; they are formal stage-gate deliverables embedded directly into the project work plan and staffing budget. Best practice establishes structured reviews across three primary milestones: 50% Design Development (DD) 50% Construction Documents (CD) 90% Construction Documents (CD)

• [ Systems & Code Gate ] ──> [ Detailing & Routing Gate ] ──> [ Final Over-the-Shoulder Gate ]
• Overall program & area • Partition type accuracy • 100% drawing cross-referencing
• Structural & envelope type • Wall sections & flashing • Full spec-to-drawing audit
• Height/area & egress check • Door/window schedule frame • Life safety sheet verification
• Consultant systems match • MEP coordination corridors • Permit submittal readiness
• 1. 50% Design Development (DD) Peer Review: Systems & Code Alignment

Primary Objective: Validate the fundamental architectural systems, building geometry, structural grid, and regulatory parameters before detailed drafting begins.

Key Review Elements:

Program verification: Do gross and net square footages align with client contract requirements?

Preliminary code check: Are building height and area compliant with IBC Chapter 5 under the selected construction type?

Means of egress framework: Are required exits, exit separations, stair enclosure ratings, and travel distances compliant with IBC Chapter 10?

Envelope concept: Are vapor retarders, thermal insulation continuous planes, and primary drainage cavities clearly established?

Structural interface: Do architectural column layouts and shear wall locations match preliminary engineering layouts?

2. 50% Construction Documents (CD) Peer Review: Constructability & Detailing

Primary Objective: Intercept detailing defects, material incompatibilities, and interdisciplinary routing clashes while documents are actively being developed.

Key Review Elements:

Partition types: Are wall assemblies correctly keyed, UL-rated fire assemblies properly identified, and acoustical STC ratings detailed?

Exterior envelope assemblies: Are roof flashing, parapet caps, window head/sill/jamb details, and below-grade waterproofing constructible and properly flashed to the exterior?

Schedules: Are door, window, finish, and hardware schedules formatted with proper cross-referencing to plans and elevations?

Accessibility check: Are wheelchair turning clearances under the applicable adopted standard, door approach clearances, lavatory knee spaces, and reach ranges compliant with ICC A117.1 and ADAAG?

3. 90% Construction Documents (CD) Peer Review: Comprehensive Final Audit

Primary Objective: Conduct a rigorous, exhaustive "over-the-shoulder" audit of the nearly complete set to verify coordination, clarity, and permit readiness.

Key Review Elements:

Complete drawing cross-referencing: Every detail callout, section cut, elevation mark, and interior elevation bubble is verified for correct sheet and detail numbers.

Redicheck overlay checking: Comprehensive cross-discipline overlay between architectural, structural, and MEP/FP sheets.

Specification audit: Verifying that materials scheduled on drawings match CSI MasterFormat project manual sections, with zero conflicting manufacturer or model numbers.

General notes and boilerplate audit: Purging ambiguous, legally risky catch-all phrases like "contractor shall verify all conditions in field and provide all work necessary to make project complete without change in cost."

The 100% CD Milestone: Back-Check and Sealing Gate

The final milestone includes verification and any further review needed; it is the back-check verification gateway . The designated checker verifies that every single redline generated during the 90% review has been accurately resolved in the digital model and project manual. Once all check prints are "greened out," the responsible licensed architect signs and stamps the documents for permit submittal and bidding.

External Peer Reviews & Specialized Constructability Analysis

On large, highly complex, or public institutional projects, architecture firms often commission or recommend external peer reviews :

Third-Party Building Enclosure Peer Review: Building enclosure specialists or forensic engineers are engaged to review roofing, waterproofing, curtain wall, and air-barrier assemblies to prevent moisture intrusion to manage moisture-intrusion risk.

Third-Party Structural Peer Review: Often mandated by municipal building departments for high-rise structures, seismic designs, or long-span roof assemblies to independently verify structural calculations and load paths.

Constructability Reviews: Conducted by professional construction managers or retired trade superintendents who review documents strictly from a builder's perspective. They analyze trade sequencing, crane access, material hoisting limitations, weather vulnerability, tolerance stack-up, and labor market availability.

Systematic Code Compliance Tracking: The Life Safety Sheet (G-Series)

A frequent reason for permit delays and re-submittals is the lack of a coherent, centralized code compliance document. The Life Safety Sheet (traditionally designated as G-001 or LS-101 in the General sheet series) serves as a coordinated compliance record of the entire drawing package. ┌────────────────────────────────────────────────────────────────────────┐

• │ LIFE SAFETY CODE SHEET (G-SERIES) │
• ├────────────────────────────────────┬───────────────────────────────────┤
• │ 1. GOVERNING CODES & EDITIONS │ 4. FIRE-RESISTANCE RATINGS │
• │ • IBC, IFC, IMC, IPC, NEC, IECC │ • Structural frame, floors, roofs │
• │ • NFPA 101, ADAAG / ICC A117.1 │ • Fire barriers, shaft enclosures │
• ├────────────────────────────────────┼───────────────────────────────────┤
• │ 2. OCCUPANCY & USE (IBC CH. 3) │ 5. MEANS OF EGRESS (IBC CH. 10) │
• │ • Primary & accessory occupancies │ • Occupant load calculation table │
• │ • Separated vs. Non-separated │ • Required exits & separation (D) │
• ├────────────────────────────────────┼───────────────────────────────────┤
• │ 3. CONSTRUCTION TYPE (IBC CH. 5/6) │ • Egress width capacity factors │
• │ • Type I-A/B through Type V-A/B │ • Travel distance & dead-ends │
• │ • Height and area calculations ├───────────────────────────────────┤
• │ • Frontage (If) & Sprinkler (Is) │ 6. ACCESSIBILITY COMPLIANCE │
• │ • Allowable area unity formula │ • Accessible routes & entrances │
• └────────────────────────────────────┴───────────────────────────────────┘
• Essential Parameters Tracked on the Life Safety Sheet

Applicable Codes and Municipal Amendments: Explicitly cites the governing building code (e.g., 2024 International Building Code ), fire code, mechanical code, plumbing code, electrical code, energy conservation code (IECC / ASHRAE 90.1), and local municipal ordinances.

Use and occupancy: Record the project uses and applicable classifications, then coordinate the chosen mixed-use strategy and required separations. Document assumptions; changing an owner use can alter fire protection, allowable area, and egress requirements.

Construction and size: Record construction type, building height, stories, area, and the applicable adopted-code tables and permitted increases. Code editions change formulas and table values; do not reuse an old area calculation without verification.

Egress and accessibility: Coordinate occupant-load calculations, exit number and distribution, width, travel distance, accessible routes, door approaches, and equipment clearances. The adopted building code and applicable accessibility standards can have different requirements. A legacy 60-inch turning circle does not establish compliance with every current adopted standard.

Supporting documentation: Identify rated assemblies, energy compliance, special inspections, consultant calculations, and other required submittals. Cross-reference the analysis to the actual plans.

Worked review of a changed use

An approved office program changes to include a public event space. The manager should flag the altered use to the code-review lead, request updated occupancy and egress analysis, coordinate architectural and engineering changes, and determine whether agency resubmission is necessary. Do not keep the old occupant count merely because the floor area is unchanged. Record the code edition, source of the new assumptions, affected sheets, reviewer, and closure date. The management task is maintaining a complete and coherent analysis throughout the project rather than memorizing one obsolete numerical factor.

Managing AHJ Plan Reviews and Back-Checks

Securing a building permit from the Authority Having Jurisdiction (AHJ) is a critical milestone on the project critical path. Delays in plan check approval push back the construction start date, exposing the owner to inflation and loan carrying costs.

The AHJ Plan Review Protocol

Pre-Submittal Meetings: For large or complex projects, the project manager schedules a pre-submittal conference with chief plan examiners, the fire marshal, and zoning officials. This meeting aligns code interpretations (such as mezzanine rules or fire wall terminations) before documents are finalized.

The Plan Check Comment Tracking Matrix: When the AHJ issues its plan review correction letter, the project manager immediately inputs every comment into an itemized tracking matrix. Each comment is assigned a unique tracking ID, categorized by discipline, and assigned to a specific professional with a hard deadline for completion.

The Formal Response Letter: Submitting an unannotated set of revised drawings can cause secondary review delays. The architect must submit a formal, line-by-line response letter cross-referencing each AHJ comment to the exact sheet number, detail title, and specific modification made (e.g., "Comment #4 regarding egress door swing: Revised Door 104 swing on Sheet A-101 to swing in the direction of egress travel under the applicable adopted-code door-swing provision" ).

The Back-Check Meeting: When possible, the project manager schedules an in-person or digital back-check session with the plan examiner to review the response document collaboratively, verify picked-up corrections in real time, and secure the permit stamp.