Program and Course Search

This 12-week micro credential provides a practical introduction to 3D scanning technologies, aimed at entry-level to intermediate learners with some prior exposure to CAD, GIS, or 3D printing. Designed to fill a growing skills gap in technical fields, the course equips participants with the knowledge and hands-on experience needed to capture, analyze, and model 3D data effectively. It supports both technicians looking to enhance their capabilities and decision-makers seeking to select the most appropriate scanning technologies for their specific industry needs. 

Learners will explore a range of scanning methods, including Structured Light, LiDAR, Laser Scanning, and Photogrammetry, while working through real-world, project-based scenarios. The course covers the complete workflow, from defining project requirements and setting up equipment, to acquiring scan data and processing it into usable models or spatial datasets. Emphasis is placed on understanding the strengths and limitations of each technology, optimizing scan quality, troubleshooting common issues, and delivering professional-grade results. By the end of the course, participants will be able to confidently integrate 3D scanning into their existing technical toolkit—an increasingly valuable asset across a variety of industries including manufacturing, construction, design, and cultural heritage. 

Cost, Registration and Format

Cost: 

• Special introductory fee for February 2026: $200* (fee waived for students in need of financial assistance)
• Normal fee: $1,500

*This special introductory fee is being offered for students who enroll in the first instance of this course. Students will be asked to provide feedback about their learning experience. To access a fee waiver, contact Selkirk Innovates.

Dates: February 5, 2025–April 23, 2026

Format: Each of the 12 weeks includes: 

• 1-2 hours of independent learning through online content
• A 3-hour in-person applied learning lab at our campus in Trail, BC
• 2-3 hours of self-directed practice and project work.

Tech requirements: Computer, internet
 

This 12-13-week micro-credential provides learners with foundational competencies in:

• Fundamentals of the mass timber industry
• Wood science, building envelope and moisture management
• Drawing interpretation, digital literacy and 3D model navigation
• CNC operational awareness
• Tools, cutting science and safety
• Joinery, assembly, and structural integrity
• Quality control and waste reduction

Learners have the option of completing a “basic” version of the course (remote learning only) or an “advanced” version, which includes an in-person lab designed to develop higher-level competencies. Learners can declare an intent to complete the advanced version while taking the course—no extra fee applies.  

Completion of the course is designed to equip participants with the foundational skills and knowledge necessary for entry-level employment in mass timber fabrication facilities. Completion also prepares participants to take the Design for Mass Timber micro-credential for continued learning and competency building as a mass timber fabrication designer.

Working on the production floor, the mass timber fabricator completes all final part processes after CNC machine operations. Duties typically include allocating timbers to be cut on the CNC, post-processing timbers after CNC cutting with power or hand tools, reading and understanding 2D single-piece drawings, navigating 3D models, operating heavy lifting equipment, pre-assembling build components, installing steel to timber and timber to timber connections, providing feedback and design changes as necessary, test fitting connections, completing quality control signoffs, and finishing elements with hand touch-ups, patches, sanding, and coatings.  

Cost, Registration and Format

Cost: $1,500

Tuition subsidies: This program may be eligible for full tuition subsidies for learners who meet admission requirements. Please contact us to see if you qualify.

Dates: November 10, 2025–February 13, 2026, with an optional 1-week in-person lab in mid-May 2026

Format:  125 hours over 12 remote weeks. Students can expect to spend 7–8 hours working on the course per week. Online asynchronous (self-paced), synchronous sessions (once every week for two hours) including guest speakers (recorded for those who cannot attend), hands-on “mini build” project using materials and tools provided by Selkirk College. Learners who are interested in completing the “advanced” version of the course will also participate in a one-week onsite, hands-on learning lab at the Selkirk Technology Access Centre (STAC) in Trail and/or at a partner site.

Tech requirements: Computer, internet

This course qualifies for the StrongerBC future skills grant. You could be eligible for up to $3,500 toward tuition. Find out more and apply today.

Register Now!