Architectural Atlas: A Comprehensive Guide to Residential Construction – Series 2

Duration: 6 Hours (6 LU)

AIA-Approved Continuing Education Course fully recognized for AIA LU / HSW credit, allowing ① AIA Members, AIA Architect MembersAIA Associate Members

② Licensed & Regulated ProfessionalsLicensed ArchitectsInterior Designers (IDCEC / ASID / IIDA)

③ Architectural Technology & Design TeamsArchitectural TechnologistsSenior Architectural TechnologistsArchitectural DesignersInterns / Graduate ArchitectsBIM Technologists / BIM CoordinatorsDrafting Technicians

④ Construction & Project Delivery TeamsDesign-Build ContractorsConstruction ManagersProject Managers（PM）Site SupervisorsResidential BuildersBuilders / DevelopersDeveloper Technical Staff

⑤ Specialized ConsultantsPlanning ConsultantsBuilding Code ConsultantsLife Safety / Fire Protection EngineersStructural EngineersBuilding Envelope ConsultantsEnergy Modelling / Sustainability ConsultantsPassive House / Net-Zero ConsultantsEngineering-related design staff

to complete a major portion of their annual CE requirements efficiently and affordably.

Course Description

This AIA Pre-Approved course provides an in-depth exploration of essential residential construction techniques, focusing on wall framing, roof systems, blueprint interpretation, and exterior finishing. Designed for architects, architectural technologists, designers, builders, and construction professionals, the program strengthens technical competency in modern residential building design and field-oriented construction practices.

Learners will gain a comprehensive understanding of framing systems, construction drawings, roof assembly methods, and exterior envelope strategies, with emphasis on structural performance, energy efficiency, constructability, and code-aligned detailing. This course equips participants with the practical, actionable knowledge needed to integrate building technology effectively into residential architectural design.

All 6 hours are fully recognized for AIA LU / HSW credit.

Course Coverage & Learning Topics

1. Wall Framing Techniques in Residential Construction

Principles of wall framing and their effect on structural integrity and building performance.

Design considerations for load-bearing and non-load-bearing walls.

Advanced framing layouts for corners, openings, bracing, and high-performance assemblies.

2. Wall Framing for Housing and Small Buildings

Application of framing systems for low-rise residential structures.

Sustainable material selection and energy-efficient framing strategies.

Integration of windows, doors, and architectural features within wall systems.

3. On-Site Roof Cutting and Construction Techniques

Safety protocols, tools, and sequencing for on-site roof cutting.

Construction challenges posed by climate and site conditions.

Coordination between on-site roof framing and prefabricated truss systems.

4. Roof Framing and Truss Systems

Comparison between prefabricated and site-built truss options.

Structural considerations for varied roof geometries: steep-pitch, low-slope, and irregular forms.

Integrating roof assemblies with mechanical, envelope, and structural systems.

5. Blueprint Reading: Residential Construction Drawing Tutorial

How to read, interpret, and analyze residential construction drawings.

Relationship between blueprint comprehension and successful field execution.

Ensuring compliance with structural, architectural, and safety standards.

6. Exterior Finishes in Residential Construction Technology

Functional and aesthetic roles of exterior finishes in protecting building envelopes.

Installation principles for siding, cladding, and protective exterior systems.

Solutions for moisture control, weather resistance, and long-term maintenance.

7. Print Reading & Residential Building Plan Interpretation

Techniques for reviewing and analyzing residential plans for accuracy and constructability.

Effective communication of plan details to contractors, consultants, and project teams.

Use of digital tools and software to enhance drawing interpretation.

Learning Outcomes

Upon completion of this 6-hour AIA program, learners will:

Understand core principles of residential wall and roof framing systems.

Demonstrate improved competency in reading and interpreting residential blueprints.

Apply practical methods for roof construction, truss coordination, and exterior finishes.

Strengthen technical judgment in designing durable, energy-efficient, and code-compliant residential buildings.

Integrate construction technology knowledge into architectural design to support better project outcomes.

Course Purpose

The goal of this course is not to overwhelm participants with unnecessary technical minutiae, but to provide practical, field-relevant, and design-integrated knowledge that empowers architects and construction professionals to deliver safer, better-performing, and more efficient residential buildings.