Architectural Atlas: A Comprehensive Guide to Residential Construction – Series 1

6 Learning Units (LU) • AIA Pre-Approved Continuing Education Course

This comprehensive AIA Pre-Approved course is designed for architects, engineers, interior designers, architectural technologists, residential builders, developers, and construction professionals seeking to strengthen their technical and practical expertise in residential construction. Learners will explore the foundational requirements, regulatory frameworks, structural systems, and material technologies that shape modern residential design and construction practice.

All hours are fully recognized for AIA Learning Units (LU) credit, supporting:

① AIA Members (Architect / Associate)

② Licensed Professionals (Architects, Engineers, Interior Designers)

③ Architectural Technology & Design Teams

④ Construction & Project Delivery Teams (Builders, Contractors, Project Managers)

⑤ Specialized Consultants (Building Envelope, Code, Structural, Sustainability)

Course Coverage & Learning Topics

1. Introduction to Residential Construction

• Core principles of residential construction design

• Standard materials, methods, and technical requirements

• Overview of residential building systems and components

2. Permits and Zoning in Residential Construction Technology

• Role of zoning bylaws and planning requirements

• Navigating the permits and approvals process

• Compliance considerations for residential projects

3. Foundations, Substructure & Damp-Proofing Essentials

• Functions and types of foundation systems

• Environmental and moisture protection strategies

• Stability requirements and substructure performance

4. Lumber Properties & Wood-Frame Construction Techniques

• Structural characteristics of lumber types

• Material selection for structural and aesthetic performance

• Light wood-frame construction methods and assemblies

5. Dimensional Lumber & Floor Framing Systems

• Structural behavior and application of dimensional lumber

• Fundamentals of floor framing layout and installation

• Integration of floor systems within residential structures

6. Engineered Floor Systems in Residential Construction

• Principles of engineered wood systems (I-joists, LVL, etc.)

• Comparative performance between dimensional and engineered systems

• Selecting appropriate floor systems for residential building types

Learning Outcomes

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

• Understand fundamental zoning, permitting, and compliance requirements in residential construction

• Recognize key components of foundation design, substructure performance, and moisture protection

• Demonstrate knowledge of lumber properties, wood-frame construction methods, and floor system design

• Apply modern techniques for dimensional and engineered floor framing systems

• Strengthen their ability to design and evaluate safe, functional, and code-compliant residential spaces

Course Purpose

The purpose of this course is to provide professionals with practical, applied technical knowledge that enhances competence in residential construction without overwhelming learners with unnecessary detail. The goal is to help practitioners design and coordinate more effective, stable, innovative, and sustainable residential projects, using clear principles that support improved outcomes across the design and construction process.