Architect Registration Examination (ARE) Project Development and Documentation Syllabus

Project Development and Documentation syllabus — full chapter and topic list

Expand any chapter to see its topics and sub-topics. This is the whole examinable outline for Project Development and Documentation in Architect Registration Examination (ARE), not a summary of it.

1. 1

   Integration of Building Materials and Systems

   4 topics

   • Detailed material and assembly selection
     • Coordinating finishes and substrates
     • Compatibility and connection of materials
   • Building systems coordination
     • Resolving conflicts across disciplines
     • Clash detection and BIM coordination
   • Envelope detailing and waterproofing
     • Flashing, sealants, and joint design
     • Thermal bridging and condensation control
   • Specialty systems and equipment integration
2. 2

   Construction Documentation

   4 topics

   • Drawing organization and conventions
     • Sheet sequencing and drawing standards
     • Plans, sections, elevations, and details
   • Documenting building assemblies
     • Wall and roof section details
     • Schedules for doors, windows, and finishes
   • Coordination of consultant documents
   • Quality control and document review
3. 3

   Specifications and Technical Documentation

   4 topics

   • Specification structure and organization
     • CSI MasterFormat divisions
     • Three-part SectionFormat structure
   • Types of specifications
     • Prescriptive, performance, and proprietary
     • Reference standard specifications
   • Coordination of drawings and specifications
   • Sustainable and material disclosure requirements
4. 4

   Codes, Regulations, and Detailed Compliance

   4 topics

   • Detailed code application in documents
     • Fire-resistance-rated assembly documentation
     • Penetration and joint protection
   • Accessibility detailing and compliance
     • Dimensional accessibility requirements
     • Signage and tactile elements
   • Structural and MEP code compliance documentation
   • Permitting and authority-having-jurisdiction review

Project Development and Documentation flashcards for Architect Registration Examination (ARE)

25 of 59 cards from the Project Development and Documentation deck — real questions with worked answers.

1. In the ARE division structure, what does the 'Project Development & Documentation' (PDD) division primarily test?

   The integration of building systems and materials into a coordinated set of construction documents — including detailing, assemblies, code compliance, specifications, and material/system selection that bridges design and construction.

2. What are the two basic categories of factors an architect weighs when selecting a building material?

   Performance factors (structural strength, durability, fire/moisture/thermal resistance, maintenance) and non-performance factors (cost, aesthetics, availability, sustainability, code/regulatory acceptance).

3. What is meant by 'assembly' as opposed to a single material in building detailing?

   An assembly is a combination of materials and components working together as a system (e.g., a wall assembly of cladding, air/water barrier, insulation, sheathing, framing, and interior finish), each layer serving a defined function.

4. Define the 'building envelope.'

   The physical separator between the conditioned interior and the unconditioned exterior — including walls, roof, foundation, windows, and doors — that controls heat, air, moisture, light, and sound transfer.

5. What are the four control layers of a high-performing wall/envelope assembly?

   Water control layer, air control layer (air barrier), vapor control layer (vapor retarder), and thermal control layer (insulation).

6. What is the principal purpose of a rainscreen wall assembly?

   To manage water by providing a drained and ventilated air cavity behind the cladding, allowing any penetrating water to drain and dry rather than reaching the moisture-sensitive backup wall.

7. Define 'flashing' in envelope detailing.

   Thin impervious material (metal, membrane, etc.) installed to direct water away from vulnerable joints, penetrations, and transitions — collecting and diverting incidental water back to the exterior.

8. What is the difference between a vapor barrier and an air barrier?

   An air barrier stops bulk air (and the moisture/energy it carries) from leaking through the assembly; a vapor barrier/retarder limits moisture diffusion through materials. Air leakage typically moves far more moisture than vapor diffusion.

9. On which side of insulation should a vapor retarder generally be placed in a cold (heating-dominated) climate?

   On the warm-in-winter (interior) side of the insulation, to keep warm moist interior air from condensing within the assembly.

10. What is a 'thermal bridge' and why does it matter in detailing?

    A thermal bridge is a conductive path (e.g., metal stud, slab edge, balcony) that bypasses insulation, increasing heat loss, lowering effective R-value, and risking condensation/mold at the cold interior surface.

11. Define the 'dew point' and its significance in envelope assemblies.

    The temperature at which air becomes saturated and water vapor condenses. Detailing aims to keep the dew point from occurring on or within moisture-sensitive layers to prevent condensation.

12. What is the purpose of a 'drip edge' on a detail?

    A projecting edge or kerf that breaks the surface tension of water so it drips free of the wall rather than running back along the underside of a projection (capillary/wicking action).

13. In a 'perfect wall' (Lstiburek) concept, where are the four control layers placed relative to the structure?

    All four control layers (water, air, vapor, thermal) are placed continuously on the exterior of the structural element, keeping the structure warm, dry, and protected.

14. What is 'building systems coordination' in the documentation phase?

    The process of reconciling architectural, structural, mechanical, electrical, plumbing, and other systems so they physically fit, do not conflict (clash), and function together — captured in coordinated drawings.

15. What is a 'clash detection' check and what tool commonly performs it?

    An automated review that identifies physical conflicts between building systems (e.g., a duct passing through a beam). It is commonly performed using BIM software such as Autodesk Navisworks/Revit interference checking.

16. What is the typical vertical coordination concern between MEP systems and structure in a ceiling plenum?

    Fitting ducts, pipes, conduit, sprinklers, and structural beams within the available plenum depth while maintaining required clearances, slopes, and ceiling height — often resolved with a reflected ceiling/section coordination.

17. Define 'specialty systems' as covered in PDD.

    Non-standard or building-specific systems such as conveying systems (elevators/escalators), food service equipment, lab/medical gas, security, AV, acoustical systems, and specialized process equipment that require integration into the documents.

18. What document coordinates the integration of owner-furnished or specialty equipment into the building?

    Equipment schedules and rough-in/coordination drawings, often referencing manufacturer cut sheets, that define utility, structural, and clearance requirements (MEP rough-ins, blocking, access).

19. What is the primary organizing principle of a construction drawing set's sheet sequence?

    Sheets progress from general to specific and follow the discipline order (e.g., G-General, C-Civil, L-Landscape, S-Structural, A-Architectural, M/E/P, etc.), with plans before elevations, sections, and details within each discipline.

20. In the U.S. National CAD Standard sheet numbering, what does the letter 'A' and a number like A-301 typically indicate?

    'A' is the discipline designator (Architectural); the first digit is the sheet type (3 = sections), and the remaining digits are the sequence — so A-301 is an architectural building/wall sections sheet.

21. What is the U.S. National CAD Standard (NCS)?

    A consensus standard (incorporating AIA CAD Layer Guidelines, Uniform Drawing System, and Plotting Guidelines) that standardizes drawing organization, sheet identification, layering, and symbols for consistency across projects.

22. What is a 'detail reference bubble/callout' used for on drawings?

    A symbol that cross-references a portion of a drawing to an enlarged detail elsewhere, typically showing the detail number over the sheet number where it is drawn.

23. What is the difference between a plan, an elevation, and a section?

    A plan is a horizontal cut viewed from above; an elevation is an orthographic view of a vertical face seen straight-on; a section is a vertical cut revealing the interior assembly and relationships between elements.

24. What is a 'wall section' versus a 'detail'?

    A wall section is a vertical cut through an entire wall showing assembly from foundation to roof at a medium scale; a detail is a larger-scale enlargement of a specific condition (e.g., window head, sill, parapet) showing materials and connections precisely.

25. What does drawing 'scale' communicate, and which scale is larger: 1/4"=1'-0" or 3"=1'-0"?

    Scale is the ratio of drawing size to real size. 3"=1'-0" is the larger (more detailed) scale, used for details; 1/4"=1'-0" is a smaller scale used for floor plans.

See more Project Development and Documentation flashcards →

Planning Project Development and Documentation for Architect Registration Examination (ARE)

Project Development and Documentation (Architect Registration Examination (ARE)) FAQ