Architectural Technologist

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Course Duration
35 Weeks


Program Delivery
Online


FAQs
Answering your questions

Architectural Technologist Certificate Program

The Architectural Technologist certificate program at College for Arts and Technology prepares students for entry-level roles in architectural and construction drafting, design, and technical documentation. This accelerated, online program blends real-time instruction with flexible self-paced learning, allowing students to build in-demand skills while balancing other commitments.

Students gain exposure to emerging AI tools used in architectural workflows, including generative design, visualization, and optimization, while also developing a strong foundation in building science, construction methods, and the BC Building Code. The program culminates in a professional portfolio, comprehensive capstone drafting package, and supervised practicum, ensuring graduates are job-ready and prepared for future-focused practice.

Throughout the program, you’ll develop the technical and professional skills required to contribute effectively to architectural and construction teams. Graduates will be able to:

  • Produce accurate 2D and 3D architectural drawings using AutoCAD, Revit, and AI tools
  • Create complete construction and permit-ready drawing packages
  • Interpret and apply BC Building Code requirements and zoning bylaws
  • Understand building science principles, materials, structures, and systems
  • Create complete construction and permit-ready drawing packages
  • Interpret and apply BC Building Code requirements and zoning bylaws
  • Understand building science principles, materials, structures, and systems


Career Opportunities

  • Architectural Technologist
  • Drafting Technician
  • Building Design Technician
  • CAD / BIM Technician
  • Residential Design Assistant


Software You'll Learn

  • Autodesk Revit (principal BIM tool)
  • Autodesk AutoCAD
  • AI tools (generative design, visualization workflows)
  • Microsoft Office

Our Grads Power the

Arts & Tech Economy

According to Job Bank Canada, employment prospects for architectural technologists are expected to remain stable across much of the country. Ongoing demand is being driven by continued residential, commercial, and infrastructure development, as well as the increasing use of digital design. In addition, workforce retirements are contributing to replacement demand, creating steady job opportunities for new graduates entering the architectural and construction design fields.

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Start Your Career as an Architectural Technologist

Design the built environment. Turn ideas into realities.

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01

Industry Relevant Learning

Learn from experienced archtecture professionals who bring real-world insights into every lesson.

02

Practical Skills

Courses designed to immerse you in the tools and techniques used every day in the field.

03

Learn YOUR Way

Delivered through a combination of synchronous and asynchronous online delivery, you can set your own schedule and learn your way!

04

Ready? Set. Go!

Graduate job-ready with the skills and software experience employers want.

Here’s How You’ll Build Your Skills

Revit Fundamentals
This course introduces students to Autodesk Revit as a Building Information Modeling (BIM) tool. Students will learn interface navigation, basic model creation, and foundational documentation practices. The focus will be on developing comfort with Revit early so it can be applied in concurrent technical courses.
Revit Intermediate
This course expands Revit skills into detailed modeling, families, schedules, and project collaboration tools. Students will work on developing coordinated project files and applying best practices for construction documentation.
Revit Advanced
This capstone-level Revit course focuses on advanced modeling techniques, multi-disciplinary collaboration, and the production of a complete coordinated drawing package. Students will integrate architectural, structural, and MEP components into a single project.
AI in Architecture
This course introduces students to the emerging role of Artificial Intelligence (AI) in architectural technology. Students will learn about AI-powered tools for concept generation, generative design, visualization, space planning, and workflow optimization. The course emphasizes practical applications of AI in design development, building performance analysis, and project documentation, preparing students to integrate AI technologies into professional practice.
Computer and Math Fundamentals
This course introduces students to foundational computer and math skills essential for success in architectural drafting and design. Students will gain proficiency with basic software tools, including Microsoft Word and Excel, and will develop skills in file management, keyboarding, and digital organization. Mathematical topics will include unit conversions, geometry, scale reading, measurement systems, and basic trigonometry—all framed within architectural and construction contexts. This course builds a foundation that supports success in subsequent technical software and drafting courses throughout the program.
AutoCAD Fundamentals
This course introduces students to the fundamental tools and workflows of AutoCAD, the industry-standard software used for 2D drafting in architecture and construction. Students will learn to navigate the AutoCAD interface, create and modify drawings using basic tools, organize drawings using layers, apply dimensions and annotations, and plot drawings to scale. This course emphasizes hands-on practice and is designed to prepare students for advanced CAD drafting applications in later courses.
Technical Communications
This course focuses on developing the written, verbal, and visual communication skills necessary for professional success in architectural and construction environments. Students will learn to write clear and concise technical documents, including emails, memos, and short reports, and will practice reading and interpreting technical materials such as specifications and design briefs. The course also introduces best practices for presenting technical drawings, creating annotation standards, and communicating design intent with clients and team members.
BC Building Code and Zoning Bylaws
This course introduces students to the BC Building Code and municipal zoning bylaws as they apply to architectural design and drafting. Students will learn how to navigate and interpret relevant sections of the building code, apply zoning regulations to site and building layouts, and integrate code compliance into design documentation. Emphasis is placed on occupancy classifications, construction types, egress requirements, and land use regulations in the context of residential and small-scale commercial projects.
Building Science and Construction Methods
This course provides students with a foundational understanding of building science principles and construction methods used in residential and light commercial construction. Students will study the physical behavior of buildings, including heat transfer, air flow, and moisture control, and explore how these factors influence material selection and construction techniques. The course covers site preparation, foundation systems, framing, envelope construction, and environmental performance considerations.
Building Science and Materials
This course expands on the principles introduced in Building Science and Construction Methods by focusing on construction materials and their performance characteristics. Students will explore material properties such as strength, durability, thermal performance, moisture resistance, and environmental impact. Common materials including wood, concrete, masonry, steel, glass, insulation, and finish materials will be examined in the context of architectural detailing and building envelope design
Building Structures
This course introduces students to basic structural principles and how they apply to residential and small commercial building design. Topics include structural loads, load paths, structural materials, and systems including wood framing, concrete, steel, and engineered components. Students will learn how to identify structural elements in building drawings, apply foundational structural theory, and incorporate structural considerations into architectural design and documentation.
Electrical and Mechanical Systems
This course provides an introduction to the electrical and mechanical systems commonly used in residential and small commercial buildings. Students will study basic principles of electrical distribution, lighting systems, plumbing, HVAC, and fire protection systems. The course focuses on how these systems are represented in architectural drawings, coordinated with other building components, and integrated into overall building design.
Estimating and Construction Management
This course introduces students to the fundamentals of estimating construction costs and managing building projects. Students will learn to perform quantity take-offs, prepare cost estimates, and develop basic project schedules. The course also covers construction management principles including project planning, resource allocation, subcontractor coordination, and quality control. Emphasis is placed on the integration of estimating and management practices into architectural and construction workflows.
Building Inspection Principles
This course provides an overview of the principles, processes, and standards involved in building inspections. Students will learn about inspection requirements during different stages of construction, documentation methods, and how inspections contribute to building safety and code compliance. The course also introduces common deficiencies observed during inspections and the corrective measures typically required.
Portfolio Development
This course guides students through the process of creating a professional portfolio that showcases their technical skills, design projects, and industry readiness. Students will learn how to select and present their best work, format portfolio content for both digital and print presentation, and tailor their portfolio for prospective employers or clients. The course also covers resume preparation, cover letter writing, and strategies for presenting work during interviews.
Capstone Project: Design and Drafting Package
In this capstone course, students will integrate and apply the technical, design, and documentation skills acquired throughout the program to produce a comprehensive design and drafting package. The project will simulate a real-world architectural project from concept through to construction documentation, incorporating code compliance, building systems coordination, and professional presentation standards. Students will work independently under instructor guidance to prepare a complete drawing set suitable for industry submission.
Practicum
The practicum provides students with the opportunity to apply their skills and knowledge in a professional architectural or construction-related workplace. Under the supervision of an industry professional, students will gain hands-on experience in real-world projects, observe workplace operations, and participate in tasks relevant to their training. This experience bridges the gap between academic learning and professional practice, preparing students for employment in the architectural and building technology fields.

Course Descriptions

FAQs

Let's Get You Answers

What is an Architectural Technologist?
An Architectural Technologist applies technical skills in building design and drafting to support architects and construction teams. They produce detailed 2D and 3D drawings, prepare construction documentation, and ensure designs meet building codes and regulations.
How long is the Architectural Technologist program?
The program runs for 30 weeks total, including 30 instructional weeks and a 4-week supervised practicum, giving students both theoretical knowledge and real-world experience.
Is this program offered online or in-person?
This program is delivered 100% online with a mix of live virtual classes (40% synchronous) and self-paced coursework (60% asynchronous), allowing flexibility while maintaining interactive instruction.
What software will I learn in this program?
You’ll train in industry-standard tools, including Revit, AutoCAD, and AI tools (generative design & visualization workflows), plus Microsoft Word and Excel.
Do I need to have prior design or drafting experience?
No prior design or drafting experience is required. The program starts with foundational concepts and builds toward advanced technical skills, making it suitable for beginners with interest in architecture and design technology.
Will this program prepare me for AIBC registration?
Graduates may pursue career pathways in architectural and building technology roles. With additional supervised work experience and successful completion of required examinations, graduates may be eligible to apply for Architectural Technologist (AIBC) registration through the Architectural Institute of British Columbia.
What kind of job can I get after graduation?

Graduates are prepared for entry-level roles such as:

  • Architectural Technologist
  • Drafting Technician
  • CAD / BIM Technician,
  • Building Design Technician
  • Residential Design Assistant

These positions are available in architectural firms, construction companies, and design consultancies.

Read more at: Work BC

Will I get hands-on experience?
Yes! The program includes a 150-hour supervised practicum with an industry partner, giving you real-world experience and connections before graduating.
What are the admission requirements?

Applicants must have a high school diploma or equivalent.

International students must have a valid study permit. A typed essay and English proficiency are also required.

What equipment do I need?
You’ll need a computer capable of running design software, reliable high-speed internet, and a headset with microphone for live online classes. Student licenses for AutoCAD, Revit, and SketchUp are provided.
Can I work while completing the program?

Yes. The online delivery model provides flexibility that may allow students to work part-time while completing the program.

Students should plan for approximately 20 hours per week of instructional time, along with additional time for assignments and independent study. The program is accelerated and career-focused, so students are encouraged to carefully consider their availability and time-management capacity.

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