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17.4 The Project Manual & CSI MasterFormat Divisions

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Architect Registration Examination ARE 5.0

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1 Chapter 1: ARE 5.0 Structure, Delivery & Scoring

1.1 The Six Divisions: Items, Durations, Sections & Objectives 1.2 Eligibility, PSI Delivery, Fees, Scheduling & Rescheduling 1.3 Cut Scores, Score Reports, Provisional Feedback & Retakes

2 Chapter 2: Licensure Path, Item Types & Test-Day Strategy

2.1 Education Standard, AXP Hours, Settings & Reporting Rules 2.2 The NCARB Record, Score Validity Policy & Reciprocity 2.3 Item Types, Case Studies, Exam Tools, Breaks & Pacing

3 Chapter 3: Practice Management — Firm Resources, Conduct & the Work Environment

3.1 Assessing Practice Resources: Staffing, Development & Capital Investment 3.2 Regulating the Work Environment: FLSA, Antidiscrimination Law, OSHA & ADA Title III 3.3 Ethical Standards, the NCARB Rules of Conduct & the Standard of Care 3.4 Business Structures, Firm Ownership Rules & Practice-Wide Methodologies

4 Chapter 4: Practice Management — Firm Finances & Financial Health

4.1 Utilization, Overhead, Break-Even & Net Multiplier 4.2 Liquidity, Solvency & Reading Firm Financials Strategically 4.3 Accrual vs. Cash Accounting & the Architectural Balance Sheet 4.4 The Income Statement, Net Operating Revenue & Cash Flow Management

5 Chapter 5: Practice Management — Risk, Insurance & Business Development

5.1 Risk Management & the Firm’s Insurance Portfolio 5.2 Contractual Risk Allocation, Intellectual Property & Dispute Resolution 5.3 Client Requests, Compensation Methods, Project Delivery & Project Risk

6 Chapter 6: Project Management — Team, Resources & Consultants

6.1 Assembling the Project Team: Roles, Authority & Selection Criteria 6.2 Allocating & Managing Project Resources: Hours, Rates & Leveling 6.3 Consultant Selection, Qualifications-Based Selection & Scope Boundaries 6.4 AIA C401: Flow-Through, Consultant Standard of Care, Insurance & Payment

7 Chapter 7: Project Management — Work Planning, Scheduling & Budget Control

7.1 The Project Work Plan & Phase Fee Allocation 7.2 Work Breakdown Structures, Scheduling Methods & Dependency Logic 7.3 Critical Path Calculations, Float & Schedule Compression 7.4 Project Communication: Paths, Instruments, Meetings & the Record 7.5 Monitoring the Project Budget with Earned Value Management 7.6 Scope Creep, Additional Services & Written Authorization

8 Chapter 8: Project Management — Contracts, Approvals & Quality Control

8.1 AIA B101: Initial Information, Standard of Care & Basic Services 8.2 B101: Owner Duties, Cost of the Work, Copyright, Termination & Compensation 8.3 The Owner-Contractor Agreement & A201 Contractor Responsibilities 8.4 A201: Architect Administration, Changes, Claims & Separate Contractors 8.5 Regulatory Compliance, Authorities Having Jurisdiction & Project Approvals 8.6 Documenting a Project for the Specified Delivery Method 8.7 Quality Assurance, Quality Control, Constructability & the Record

9 Chapter 9: Programming & Analysis — Site & Environmental Conditions

9.1 Climate Classification, Solar Geometry & Passive Site Opportunities 9.2 Microclimate, Wind, Topography, Grading & Site Hydrology 9.3 Environmental Due Diligence: CERCLA Liability & Phase I / Phase II Assessments 9.4 Soil Mechanics, Geotechnical Investigation & Foundation Selection 9.5 Vehicular Circulation, Access Management, Parking & Emergency Access

10 Chapter 10: Programming & Analysis — Zoning, Codes & Site Infrastructure

10.1 Pedestrian Circulation, Site Utilities & Contextual Constraints 10.2 Zoning Authority, Euclidean and Form-Based Codes & Bulk Standards 10.3 Non-Conforming Uses, Variances, Easements & Parking Feasibility 10.4 IBC Occupancy Classification, Mixed Occupancy & Incidental Uses 10.5 IBC Construction Types, Fire-Resistance Ratings & Compartmentation

11 Chapter 11: Programming & Analysis — Building Programming & Feasibility

11.1 Programming Methodology, Net vs. Gross Area & Building Efficiency 11.2 Adjacency Matrices, Bubble Diagrams, Blocking & Stacking 11.3 Evaluating an Existing Building Against a Program 11.4 Reviewing Project Budget & Schedule Feasibility Against Scope 11.5 Identifying Building & Structural System Alternatives at Programming

12 Chapter 12: Project Planning & Design — Siting, Configuration, Codes & Life Safety

12.1 Building Siting, Neighborhood Context, Zoning Application & Configuration 12.2 IBC Allowable Area: Tabular Area, Frontage & Sprinkler Increases 12.3 Building Height, Story Limits, Mixed Occupancy & Unlimited Area Buildings 12.4 Means of Egress Components & Occupant Load Calculation 12.5 Exit Count, Remoteness, Egress Capacity, Travel Distance & Dead Ends 12.6 Accessible Routes, Slopes, Protruding Objects & Ramp Design 12.7 Door Clearances, Operating Hardware & Accessible Toilet Room Geometry

13 Chapter 13: Project Planning & Design — Structural & Mechanical Systems

13.1 Selecting Structural Systems: Steel, Concrete, Wood & Masonry 13.2 Lateral Force-Resisting Systems, Wind Loads & Seismic Design 13.3 Thermal Comfort, ASHRAE Standard 55 & Psychrometrics 13.4 HVAC System Typologies, Spatial Allocation & Central Plant Equipment 13.5 Potable Water Supply, Drainage, Waste & Vent Systems 13.6 Electrical Distribution, Emergency Power, Lighting & Daylighting 13.7 Fire Suppression, Standpipes, Conveying, Security & Communications

14 Chapter 14: Project Planning & Design — Envelope, Materials & Cost

14.1 Envelope Thermodynamics, Heat Transfer & Fenestration Performance 14.2 Thermal Bridging, Continuous Insulation & Thermal Mass 14.3 Passive Solar Heating, Natural Ventilation & Daylighting Architecture 14.4 Material Selection Criteria, Fire Performance & Vapor Permeance 14.5 Life Cycle Assessment, Embodied Carbon & Material Transparency 14.6 Galvanic Compatibility, Thermal Movement & Masonry Durability 14.7 Cost Estimating by Phase & Contingency Planning 14.8 Life-Cycle Cost Analysis, Present Value & Value Engineering

15 Chapter 15: Project Development & Documentation — Roofing, Waterproofing & Wall Assemblies

15.1 Low-Slope Roofing Systems, Membranes & Drainage Geometry 15.2 Flashing, Parapets, Copings & Roof Penetration Detailing 15.3 Steep-Slope Roofing & Below-Grade Waterproofing 15.4 Enclosure Control Layers & Rain Screen Cladding Systems 15.5 Vapor Retarders, Permeance Classes & Dew Point Control

16 Chapter 16: Project Development & Documentation — Connections, Coordination & Interiors

16.1 Structural Steel Connections & Base Plate Detailing 16.2 Concrete Reinforcing, Cover & Building Movement Joints 16.3 Sizing Structural, Mechanical, Electrical & Plumbing Components 16.4 Ceiling Plenum Coordination, Clash Detection & Level of Development 16.5 Vertical Chases, Shaft Walls, Through-Penetration Firestopping & Rated Joints 16.6 Interior Partition Framing, Head-of-Wall Details & Rated Gypsum Assemblies 16.7 Sound Isolation, STC, NRC & Reverberation Time 16.8 Door and Frame Construction & Fire Door Assemblies Under NFPA 80 16.9 Hardware Functions, Fire-Protection vs. Fire-Resistance Glazing

17 Chapter 17: Project Development & Documentation — Drawings, Specifications & Estimates

17.1 The National CAD Standard, Sheet Modules & Title Blocks 17.2 Drawing Cross-Referencing, Coordination & Revision Control 17.3 Documenting Site Features: Survey, Civil, Grading, Utilities & Landscape 17.4 The Project Manual & CSI MasterFormat Divisions 17.5 Section Numbering & the CSI Three-Part SectionFormat 17.6 Specification Methods & Document Precedence 17.7 Quantity Takeoff Estimating, General Conditions, Overhead & Alternates

18 Chapter 18: Construction & Evaluation — Procurement, Bidding & Preconstruction

18.1 Procurement Methods & AIA A701 Instructions to Bidders 18.2 Addenda Mechanics & Surety Bonds 18.3 The Preconstruction Conference & Administrative Protocols 18.4 Submittal Schedules, Long-Lead Items, Permits & Special Inspections 18.5 Bid Opening, Bidder Qualification & Discrepancy Rules 18.6 Alternates, Allowances, Unit Prices & Contract Award

19 Chapter 19: Construction & Evaluation — Observation & Contract Administration

19.1 The Architect’s Site Observation Role & the Means and Methods Firewall 19.2 Rejecting Non-Conforming Work, Special Inspections & Field Reports 19.3 Submittal Workflow, Review Responsibility & Action Stamps 19.4 Delegated Design, Design-Assist & Deferred Submittals 19.5 Requests for Information & Architect’s Supplemental Instructions 19.6 Change Orders, Construction Change Directives & Instrument Comparison

20 Chapter 20: Construction & Evaluation — Payment, Closeout & Evaluation

20.1 The Schedule of Values & the Application and Certificate for Payment 20.2 Stored Materials, Retainage, Certification Duties & Withholding 20.3 Substantial Completion & the Punch List Protocol 20.4 The Certificate of Substantial Completion & Its Legal Consequences 20.5 Final Completion, Final Payment & the Closeout Package 20.6 Warranty Administration, the Eleven-Month Walk-Through & Post-Occupancy Evaluation

17.4 The Project Manual & CSI MasterFormat Divisions

Key Takeaways Explain This Topic AI

The project manual contains bidding requirements, contract forms, conditions of the contract, and the specifications; the specifications are only one part of it.

MasterFormat organizes specifications into 50 divisions across procurement and contracting requirements plus five facility subgroups.

Division 01 General Requirements governs administrative and procedural requirements for all other divisions and applies to the whole project.

Divisions 02 through 19 cover facility construction, 20 through 29 facility services, 30 through 39 site and infrastructure, and 40 through 49 process equipment.

Specifications govern quality and materials while drawings govern quantity and location, which is why they must never duplicate the same information.

Last updated: September 2026

The Evolution and Architecture of CSI MasterFormat

While construction drawings convey graphic information—depicting physical form, dimensions, geometric relationships, and locations of building components—written specifications define the qualitative criteria of the project. Specifications govern material performance standards, manufacturing tolerances, chemical formulations, installer qualifications, testing protocols, and workmanship. Together, the drawings and the Project Manual form the legal Contract Documents.

To organize the massive volume of technical specifications required for modern construction, the Construction Specifications Institute (CSI) and Construction Specifications Canada (CSC) created MasterFormat . Historically, from 1963 until 2004, the building industry relied on the familiar 16-Division MasterFormat. However, the rapid evolution of building technologies—including complex building automation systems, fiber-optic data communications, integrated electronic safety and security, and specialized environmental remediation—severely overloaded the original 16 divisions. In 2004, CSI introduced the comprehensive 50-Division MasterFormat system (organized into two-digit numbers from 00 to 49), which remains the universal industry standard.

Project Manual vs. Specifications

A fundamental distinction tested on the ARE is the relationship between the Project Manual and the Specifications . The Project Manual is the bound volume containing all written contract documents. It is divided into two primary groups:

Procurement and Contracting Requirements (Division 00): Legal and procedural documents governing the bidding process and contractual relationship (e.g., Bid Solicitation, Instructions to Bidders, Bid Forms, Owner-Contractor Agreements, General Conditions). Division 00 is part of the Project Manual, but it is NOT part of the Specifications.

The Specifications (Divisions 01 through 49): The qualitative technical descriptions of materials, systems, and execution, beginning with Division 01 (General Requirements) and extending through the technical trade divisions.

MasterFormat 50-Division Subgroups & Key Divisions

The 50 divisions of MasterFormat are organized into logical Subgroups that mirror the organization of the building industry: THE PROJECT MANUAL

  • ├── PROCUREMENT AND CONTRACTING REQUIREMENTS GROUP
  • │ └── Division 00 — Procurement and Contracting Requirements
  • └── SPECIFICATIONS GROUP
  • ├── GENERAL REQUIREMENTS SUBGROUP
  • │ └── Division 01 — General Requirements
  • ├── FACILITY CONSTRUCTION SUBGROUP
  • │ ├── Division 02 — Existing Conditions
  • │ ├── Division 03 — Concrete
  • │ ├── Division 04 — Masonry
  • │ ├── Division 05 — Metals
  • │ ├── Division 06 — Wood, Plastics, and Composites
  • │ ├── Division 07 — Thermal and Moisture Protection
  • │ ├── Division 08 — Openings
  • │ ├── Division 09 — Finishes
  • │ ├── Division 10 — Specialties
  • │ ├── Division 11 — Equipment
  • │ ├── Division 12 — Furnishings
  • │ ├── Division 13 — Special Construction
  • │ └── Division 14 — Conveying Equipment
  • ├── FACILITY SERVICES SUBGROUP
  • │ ├── Division 21 — Fire Suppression
  • │ ├── Division 22 — Plumbing
  • │ ├── Division 23 — Heating, Ventilating, and Air Conditioning (HVAC)
  • │ ├── Division 25 — Integrated Automation
  • │ ├── Division 26 — Electrical
  • │ ├── Division 27 — Communications
  • │ └── Division 28 — Electronic Safety and Security
  • ├── SITE AND INFRASTRUCTURE SUBGROUP
  • │ ├── Division 31 — Earthwork
  • │ ├── Division 32 — Exterior Improvements
  • │ └── Division 33 — Utilities
  • └── PROCESS EQUIPMENT SUBGROUP (Divisions 40–49)
  • 1. Procurement and Contracting Requirements Group

Division 00 — Procurement and Contracting Requirements: Contains pre-bid notices, invitations to bid, instructions to bidders (AIA Document A701), bid proposal forms, bid bonds, owner-contractor agreement forms (AIA Document A101), performance and payment bonds (AIA Document A312), and the General Conditions of the Contract for Construction (AIA Document A201) along with any Supplementary Conditions. Division 00 addresses who bids, how bids are evaluated, and the legal framework of the contract.

2. General Requirements Subgroup

Division 01 — General Requirements: Establishes the overarching administrative, procedural, and temporary facility requirements that apply across all technical specification sections (Divisions 02 through 49). Division 01 expands upon the legal principles stated in AIA A201, providing practical instructions. Key sections include:

01 10 00 — Summary of Work (Project scope, work restrictions, owner occupancy)

01 20 00 — Price and Payment Procedures (Schedule of values, applications for payment, allowances, unit prices)

01 25 00 — Substitution Procedures (Submittal deadlines and comparison forms for proposed substitutions)

01 31 00 — Project Management and Coordination (Preconstruction conferences, weekly coordination meetings, BIM execution protocols)

01 33 00 — Submittal Procedures (Contractor action submittals, shop drawings, product data cut sheets, physical color samples)

01 40 00 — Quality Requirements (Independent testing laboratory services, field mockups, contractor quality control)

01 50 00 — Temporary Facilities and Controls (Field office trailers, temporary electric power, water, heating, perimeter barricades)

01 60 00 — Product Requirements (Product delivery, storage, handling, transportation tolerances)

01 77 00 — Closeout Procedures (Substantial Completion inspections, punch lists, warranties, operation and maintenance manuals, record drawings)

3. Facility Construction Subgroup (Divisions 02 through 19)

Division 02 — Existing Conditions: Subsurface geotechnical investigations, boring logs, existing structure demolition, environmental site remediation (lead, asbestos abatement).

Division 03 — Concrete: Concrete formwork, concrete reinforcing (rebar, welded wire mesh), cast-in-place concrete, architectural precast concrete, post-tensioned concrete, and non-shrink grouting.

Division 04 — Masonry: Brick veneer, concrete masonry units (CMU), stone assemblies, glass unit masonry, mortar, masonry grout, wall ties, and flashing.

Division 05 — Metals: Structural steel framing (wide-flange columns and beams), steel roof joists, metal floor and roof decking, cold-formed metal framing, metal stairs and ornamental handrails.

Division 06 — Wood, Plastics, and Composites: Rough carpentry, wood framing, mass timber (cross-laminated timber / CLT, glulam), wood trusses, architectural woodwork, custom millwork, plastic paneling.

Division 07 — Thermal and Moisture Protection: Below-grade waterproofing, damp-proofing, thermal insulation, continuous exterior insulation (mineral wool, polyisocyanurate), vapor retarders, weather barriers (air/water barriers), steep-slope roofing (shingles, slate), low-slope membrane roofing (TPO, EPDM, built-up), sheet metal flashing and trim, joint sealants, and firestopping.

Division 08 — Openings: Hollow metal doors and frames, flush wood doors, access doors, overhead coiling doors, aluminum storefronts, glazed aluminum curtain walls, operable windows, skylights, finish door hardware (mortise locks, exit devices, door closers), and architectural glass/glazing.

Division 09 — Finishes: Interior gypsum board partitions, metal stud furring, plaster, ceramic and porcelain tile, acoustical lay-in ceiling systems, resilient tile/plank flooring, seamless epoxy flooring, wood flooring, carpeting, wall coverings, and interior/exterior painting.

Division 10 — Specialties: Visual display markerboards, toilet compartments and urinal screens, louvers and grilles, interior architectural signage, wall and corner protection guards, access doors, metal lockers, fire extinguishers and cabinets, and commercial toilet accessories.

Division 11 — Equipment: Commercial kitchen and food service equipment, residential kitchen appliances, athletic gymnasium equipment, bank security vaults, library bookstack systems, audio-visual equipment.

Division 12 — Furnishings: Manufactured metal casework, laboratory casework, manufactured wood cabinets, window treatments (motorized roller shades), fixed institutional seating (auditorium seats), and systems furniture.

Division 13 — Special Construction: Cleanrooms, swimming pools, radiation protection shielding, pre-engineered metal buildings, sound-conditioned rooms.

Division 14 — Conveying Equipment: Electric traction elevators, hydraulic elevators, escalators, moving walkways, dumbwaiters, and material lifts. (Divisions 15–19 are reserved for future facility construction expansion).

4. Facility Services Subgroup (Divisions 20 through 29)

Division 21 — Fire Suppression: Fire suppression piping, wet-pipe sprinkler systems, dry-pipe systems, fire pumps, clean agent suppression.

Division 22 — Plumbing: Domestic water distribution, sanitary waste and vent piping, storm water drainage, gas piping, water heaters, plumbing fixtures (toilets, lavatories, faucets).

Division 23 — Heating, Ventilating, and Air Conditioning (HVAC): Hydronic piping, chillers, boilers, cooling towers, air handling units (AHUs), Variable Air Volume (VAV) terminal boxes, ductwork distribution, diffusers, and testing, adjusting, and balancing (TAB).

Division 25 — Integrated Automation: Direct digital controls (DDC), Building Management Systems (BMS), centralized supervisory control software.

Division 26 — Electrical: Medium- and low-voltage electrical distribution, transformers, switchboards, panelboards, motor controls, interior and exterior lighting luminaires, lighting controls, and emergency generators.

Division 27 — Communications: Structured data cabling, telecommunications entrance facilities, equipment rooms, data racks, optical fiber, and intercommunication systems.

Division 28 — Electronic Safety and Security: Fire alarm notification systems, smoke detection systems, access control systems, video surveillance (CCTV), and intrusion detection.

5. Site and Infrastructure Subgroup (Divisions 30 through 39)

Division 31 — Earthwork: Site clearing, mass excavation, trenching, soil stabilization, engineered fill, shoring and underpinning, deep foundations (driven piles, drilled caissons).

Division 32 — Exterior Improvements: Asphalt concrete paving, portland cement concrete paving, unit paver systems, retaining walls, decorative metal fencing and gates, landscape planting, turf, and irrigation systems.

Division 33 — Utilities: Site water distribution mains, sanitary sewerage piping, storm drainage gravity piping, site electrical duct banks.