Step into the world of structural and building technology with the skills to analyze building systems, interpret structural drawings, and support engineering and construction projects from the ground up. This program bridges structural engineering principles with practical building technology knowledge, preparing you for a wide range of technical roles in engineering, construction, and building design. BC’s construction and infrastructure sectors need technical professionals who understand how buildings are engineered and built.
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
In my home country, I had a Master’s degree in Structural Engineering with 10 years’ experience in consulting engineering firms. As a newcomer to Canada, I chose Brighton College for a chance to find a job through a program with a co-op. Brighton College has a very friendly atmosphere with good instructors
– Hamid Talasaz, Structural and Building TechnologyLearn how this program develops practical skills in structural analysis, building systems, steel, concrete and wood design, Revit, estimating, and technical documentation.
The Structural and Building Technology Certificate provides practical training in structural engineering technology and building systems, preparing students for technical roles that support engineering firms, construction companies, and building design organizations. The program covers structural analysis principles, building materials, construction methods, structural detailing, building codes, and the technical documentation used across engineering and construction practice.
Students develop the ability to interpret and produce structural drawings, understand fundamental load and force concepts, and apply building code requirements to real design and construction scenarios. The curriculum combines industry-standard software training with a strong grounding in structural engineering fundamentals, building systems, and construction documentation practices.
Students who choose the practicum option gain hands-on experience within a professional engineering, structural design, or construction environment, reinforcing their training with real-world application and industry mentorship. Graduates pursue careers as structural engineering technicians, building technology specialists, and construction technology professionals with structural engineering firms, general contractors, building design consultancies, and government engineering departments.
Upon completion, successful students will have reliably demonstrated the ability to:
Computer operation, file management, Microsoft Word, Excel, algebra, trigonometry, and geometry.
Duration: 20 hours, 1 week.
Prerequisite: none.
Fundamental 2D drafting and basic 3D modelling with AutoCAD.
Duration: 60 hours, 3 weeks.
Prerequisite: none.
Advanced AutoCAD commands, drawing management, layouts, and 3D modelling.
Duration: 60 hours, 3 weeks.
Prerequisite: AUT100.
BC Building Code, zoning bylaws, standards, specifications, and related drawings.
Duration: 40 hours, 2 weeks.
Prerequisite: AUT100.
BIM building design, modelling, documentation, families, schedules, rendering, walkthroughs, and sheets.
Duration: 80 hours, 4 weeks.
Prerequisite: AUT100, AUT150, CCT100.
Quantity takeoffs and cost estimating for buildings and civil infrastructure.
Duration: 60 hours, 3 weeks.
Prerequisite: AUT100, AUT150, CCT100.
Computerized takeoffs and cost control for wood, steel, and reinforced-concrete structures.
Duration: 40 hours, 2 weeks.
Prerequisite: AUT100, CCT100.
Building inspection, planning, Gantt charts, CPM, scheduling software, and management.
Duration: 20 hours, 1 week.
Prerequisite: AUT100, CCT100.
Water, storm, and sanitary piping design, sizing, hydraulic loads, drawings, and BC Plumbing Code.
Duration: 40 hours, 2 weeks.
Prerequisite: AUT100, AUT150, CCT100.
Steel structural design, member sizing, estimating, and AutoCAD detailing.
Duration: 60 hours, 3 weeks.
Prerequisite: AUT100, AUT150, CCT100.
Canadian reinforced-concrete design and detailing using AutoCAD and Revit.
Duration: 40 hours, 2 weeks.
Prerequisite: AUT100, AUT150, CCT100.
Road pavement and bridge structures, loads, materials, environmental effects, distress, and rehabilitation.
Duration: 20 hours, 1 week.
Prerequisite: AUT100, AUT150, CCT100.
Wood properties, statics, loads, material selection, connections, member design, and seismic considerations.
Duration: 40 hours, 2 weeks.
Prerequisite: AUT100, AUT150, CCT100.
Professional drawing portfolio, interviews, résumés, and cover letters.
Duration: 20 hours, 1 week.
Prerequisite: AUT100, AUT150, CCT100.
Technical writing, reports, verbal communication, and project presentations.
Duration: 20 hours, 1 week.
Prerequisite: none.
Students integrate program theory and skills in a professional workplace.
Duration: 150 hours, 4 weeks.
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.
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.