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Short Term Training

Green Building and Sustainable Design Certificate

Be part of the future of building design. This program prepares you to work at the forefront of sustainable architecture and green building technology, one of the fastest-growing specializations in Canada’s construction and design sector. You’ll gain the technical skills, software knowledge, and sustainability principles that employers and clients increasingly demand as the industry shifts toward greener, more energy-efficient building solutions.

Next Start Date: September 28th, 2026
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Program Snapshot

CredentialCertificate

Duration35 Weeks with Practicum or 31 Weeks without Practicum

Practicum4-Week Practicum (150 hours)

Schedule20 hours/week, Monday – Friday, daytime and evening classes

DeliveryIn-Class, Online (Synchronous)*, or Combined

Employment Opportunities

Green Building Technician / Sustainability Technician
Energy Efficiency and Building Performance Analyst
Sustainable Design Technician / Environmental Design Coordinator
View more below →

Why Brighton?

Optional 4-Week Practicum in Sustainable Design or Green Building
Green Building Principles, Energy Efficiency & Sustainable Systems
AutoCAD, Revit & Sustainable Design Software Training
Growing Career Demand in BC’s Green Construction Sector

Skills You’ll Gain

AutoCADRevit (BIM for Sustainable Design)SketchUpEnergy Modelling & Building Performance ToolsGreen Building Rating Systems (LEED Awareness)LEED StandardsPassive House Design

“Before coming to Brighton College, I took a mix of classes in social work, interior design, and construction. I loved every minute of my experience at Brighton, especially the small classes and one-on-one instruction.

– Renee Laporte, Architectural Design Student
Program Video

Watch the Program Video

Learn how this program develops practical skills in structural analysis, building systems, steel, concrete and wood design, Revit, estimating, and technical documentation.

Green Building and Sustainable Design Certificate program preview

Program Description

The Green Building and Sustainable Design Certificate equips students with the specialized technical knowledge and software skills needed to support sustainable architecture and green building projects across BC’s rapidly evolving construction and design landscape. As governments, developers, and organizations prioritize energy-efficient and environmentally responsible building, demand for professionals with both design skills and sustainability expertise continues to grow.

The program covers core architectural design and CAD drafting skills alongside an in-depth focus on sustainable building principles, green building systems, energy efficiency strategies, building envelope performance, passive design techniques, and sustainable materials. Students develop the ability to produce accurate architectural and sustainable design documentation using industry-standard software, including AutoCAD and Revit.

Green building rating frameworks and energy performance concepts are introduced throughout the curriculum, giving students practical exposure to the standards and practices increasingly required on commercial, residential, and institutional projects in BC. Students develop an understanding of how design decisions affect a building’s environmental performance, and how to document and communicate those choices effectively.

The optional practicum provides students with direct experience in a green building, sustainable design, or architecture practice setting — strengthening their portfolio and professional network before graduation. Graduates are prepared to pursue careers as green building technicians, sustainable design technicians, and energy efficiency specialists with architecture firms, sustainability consultancies, construction developers, and government building departments committed to greener outcomes.

Learning Objectives

Upon successful completion of the program, students will be able to:

  • Use AutoCAD to create architectural building plans.
  • Apply BC building codes and city zoning bylaws to building-design projects.
  • Describe contemporary and emerging high-performance building codes and standards.
  • Use Revit to create 3D building information models.
  • Apply building-inspection guidelines.
  • Design and analyze building-envelope and energy performance.
  • Apply building-science principles to high-performance buildings.
  • Explain the technical and economic principles behind Passive House design.
  • Select sustainable materials appropriate for specific projects.
  • Identify efficient heating, cooling, ventilation, air-quality, and insulation systems.
  • Use HOT2000 to simulate energy loss and efficiency in low-rise residential buildings.
  • Analyze and audit building energy performance.
  • Apply LEED rating systems and documentation practices.
  • Prepare for the EnerGuide and LEED Green Associate examinations.

Courses

ARC150 | Introduction to Sustainability and Green Buildings

Introduces sustainable design and development in the built environment, environmental impacts of construction, and the responsibilities of building-design professionals.

Duration: 20 hours, 1 week.
Prerequisite: none.

AUT010 | Computer and Mathematic Fundamentals

Covers computer operation, file management, Microsoft Word, Excel, algebra, trigonometry, and geometry.

Duration: 20 hours, 1 week.
Prerequisite: none.

AUT100 | AutoCAD Fundamentals

Develops fundamental computer-aided drafting skills using AutoCAD for professional 2D drawings and basic 3D models.

Duration: 60 hours, 3 weeks.
Prerequisite: none.

AUT140 | Technical Communication

Develops verbal, written, report-writing, and presentation skills for architectural and engineering environments.

Duration: 20 hours, 1 week.
Prerequisite: none.

CCT100 | Building Code

Covers the British Columbia Building Code, city zoning bylaws, construction standards, fire protection, structural requirements, and related drawings.

Duration: 40 hours, 2 weeks.
Prerequisite: AUT100.

AUT150 | AutoCAD Advanced

Covers advanced AutoCAD commands, scaled project drawings, layouts, wireframes, surfaces, and solid models.

Duration: 60 hours, 3 weeks.
Prerequisite: AUT100.

ARC110 | Architectural Planning and Design

Explores architectural planning, building science, heat, air and moisture transfer, envelope protection, insulation, ventilation, and rainscreen applications.

Duration: 60 hours, 3 weeks.
Prerequisite: AUT100, AUT150, CCT100.

AUT310 | Revit Architecture

Uses Revit BIM for commercial and residential building models, documentation, families, topography, schedules, rendering, walkthroughs, and sheet production.

Duration: 80 hours, 4 weeks.
Prerequisite: AUT100, AUT150, CCT100.

ARC200 | Building Science and Envelope Design

Covers advanced building science, heat, air and moisture transfer, envelope control layers, insulation, ventilation, rainscreens, and applicable codes.

Duration: 60 hours, 3 weeks.
Prerequisite: AUT100, AUT150, CCT100.

ARC300 | Building Energy Performance

Covers energy loads, climate analysis, indoor comfort, air-leakage testing, solar measurement, and building energy-assessment strategies.

Duration: 60 hours, 3 weeks.
Prerequisite: AUT100, AUT150, CCT100.

CCT250 | Passive House and High Performance Building Standards

Examines Passive House, BC Energy Step Code, Canada’s National Building Strategy, zero-emission and zero-carbon standards, energy consumption, and thermal comfort.

Duration: 40 hours, 2 weeks.
Prerequisite: ARC200, ARC300.

LEE100 | LEED Green Associate Exam Preparation

Prepares students for the LEED Green Associate examination through study materials, assignments, exercises, and practice examinations.

Duration: 40 hours, 2 weeks.
Prerequisite: ARC200.

LEE210 | LEED Introduction and the Integrated Design Process

Covers LEED rating-system selection, minimum project requirements, project boundaries, integrated design, credit evaluation, and strategic practices.

Duration: 40 hours, 2 weeks.
Prerequisite: ARC200, LEE100.

AUT650 | Portfolio Development

Develops a professional portfolio of CAD, architectural, engineering, and 3D-model work, plus interview and résumé skills.

Duration: 20 hours, 1 week.
Prerequisite: AUT100, AUT150, CCT100.

WEP150 | Practicum

Provides an opportunity to integrate program theory and skills in a professional green-building, architectural, design, or engineering workplace.

Duration: 150 hours, 4 weeks.

Admission Requirements

  • High school diploma or mature student status*
  • Legal eligibility to study in Canada
  • English proficiency requirement from one of following options:
    1. Completion of 3 years of full-time secondary education (Grades 8-12), or 2 years of if Grade are 10, 11, or 12, have been successfully completed in the program’s language of instruction in a country where the language of instruction is one of the principal languages, or
    2. Completion of 2 years of full-time post-secondary education in the program’s language of instruction in a country where the language of instruction is one of the principal languages (includes international education credentials recognized through WES, ICES, and IQAS), or
    3. Evidence of achievement in a recognized standardized language assessment at an overall level equivalent to IELTS 5.5 (academic) or higher: IELTS academic 5.5; TOEFL IBT 46; CAEL 40; CELPIP (Listening 6, Speaking 6, Reading 5, Writing 5); DET 95, PTE 43; FCE 160 or “C”; Cambridge Linguaskill B2; LANGUAGECERT Academic B2; MET B2; iTEP Academic 3.5; EIKEN Grade Pre-1. Test results must be dated no more than two years before the start date of the program, or
    4. Evidence of graduation from language program with a minimum grade/level from a Languages Canada accredited institution with an established pathway/articulation agreement allowing direct entry (no further testing required) to a diploma or degree program at a public institution in Canada. The pathway/articulation agreement must be current at the date of enrolment, or
    5. Accuplacer - This option may only apply when:
      • English is the program’s language of instruction, and
      • the applicant is a mature domestic student facing barriers, and
      • the applicant cannot access their educational records or cannot provide sufficient evidence of secondary or post-secondary education as outlined in this policy
      • Applicant is 19 years or older at the start of the program and is a Canadian citizen or permanent resident, and
      • Applicant provides attestation that they have completed at least three years of full-time instruction in English* in a country where the English is one of the principal languages, and
      • Applicant completes an Accuplacer English Assessment (Next Generation: Reading, Writing and WritePlacer) and achieves the following minimum scores:
        • Reading: 230, and Writing: 230, and WritePlacer: 4

Refer to Language Proficiency Policy for details.

*Mature Student is defined as an individual who is 19 years of age or older at the start of the program.

*Under no circumstances can these Admission Requirements be waived.

Employment Opportunities

Start Your Career As

  • Architectural Drafter
  • Building Science Technician
  • CAD Technician/Drafter
  • Building Envelope Drafter
  • Site Inspection Technician
  • Energy Advisor Assistant
  • Building Material Salesperson

Grow Your Career Into

  • Architectural Specifications Specialist
  • Building Science Consultant
  • Project CAD Manager
  • Building Envelope Specialist / Technician
  • Building Inspector
  • Building Advisor
  • Building Materials Technical Representative

Labour Market Snapshot

  • NOC: 22210
  • Annual Earnings *Average: $70,036
  • Job Openings (2025–2035): 740
  • Wages (BC): High $45.39/hr
    Median $34.31/hr
    Low $24.50/hr

Data sourced from WorkBC. Occupation information aligned with the National Occupational Classification (NOC).

Career-path occupations generally require additional industry experience, employer training, certification, professional registration or further education. Completion of this program does not by itself confer a professional licence or protected occupational designation.