This micro-credential is a comprehensive 16-week program designed to equip early-career trades workers and mid-career industrial designers with advanced skills in digital manufacturing. It focuses on integrating digital tools into traditional manufacturing processes, enhancing your abilities in 2D and 3D design, computer-aided manufacturing (CAM) and data analysis within the context of Industry 4.0.
The course consists of three modules:
- 2D and 3D Design for Advanced Manufacturing
- Computer-Aided Manufacturing Tool Pathing Fundamentals
- Data Collection and Analytics for Advanced Manufacturing
Students can ask for an assessment of their prior learning and skills if they believe they meet the competencies for one or more modules.
Cost, Registration and Format
Cost: $200 +tax
Dates:
Spring intake: April 14–July 27, 2025
Fall intake: September 1–December 21, 2025
Format: Online asynchronous (self-paced) lessons (three hours per week) and assignments (approximately two hours per week). Synchronous sessions are two hours per week on Wednesdays from 11 am–1 pm. Onsite visits are optional.
Technical requirements: Computer, internet, Fusion 360 software license (free for students), Fusion 360 system requirements
Prerequisites
Three years of experience (work/volunteer) in manufacturing or construction workplace and proficiency using computers and basic software applications is recommended. The following list of competencies is also recommended:
- Basic computer literacy: Proficiency in using computers and basic software applications (e.g., word processing, spreadsheets, internet browsing).
- Basic mathematics: Understanding of fundamental mathematical concepts, including arithmetic, algebra and geometry.
- Understanding of manufacturing processes: Familiarity with basic manufacturing concepts and terminology.
- Technical skills: Basic familiarity with blueprints and technical drawings. Proficiency in using precision measurement tools.
- Analytical skills: Strong analytical skills and attention to detail for problem-solving and process optimization.
- Teamwork and communication: Ability to work effectively in teams and communicate clearly with peers and supervisors.
- Technological competencies: Some familiarity with technological tools and software relevant to industrial design and manufacturing (e.g., CAD/CAM software).
- Prototyping and design skills: Ability to create and refine prototypes, with an understanding of design for manufacturability.
- Eagerness to learn: A willingness to learn about new technologies and methodologies that enhance manufacturing processes.
Prior learning and assessment recognition (PLAR) will be offered for students who believe they already meet the final competencies for certain components of the course. A flexible, inclusive and personalized admissions and registrations process is offered.
Please contact us if you require additional support or information.