Manufacturing Courses

TAS1O1 (Grade 9, Open)

This hands-on course enables students to further explore the engineering design process and develop other technological knowledge and skills introduced in earlier grades. Students will design and safely create prototypes, products, and/or services, working with tools and technologies from various industries. As students develop their projects to address real-life problems, they will apply technological concepts such as precision measurement, as well as health and safety standards. Students will begin to explore job skills programs and education and training pathways, including skilled trades, that can lead to a variety of careers. 

TMJ2O1 (Manufacturing Technology, Open):

This course introduces students to the manufacturing industry by giving them an opportunity to design and fabricate products using a variety of processes, tools, and equipment. Students will learn about technical drawing, properties and preparation of materials, and manufacturing techniques. Student projects may include a robotic challenge, a design challenge, or a fabrication project involving processes such as machining, welding, vacuum forming, or injection moulding. Students will develop an awareness of environmental and societal issues related to manufacturing, and will learn about secondary and postsecondary pathways leading to careers in the industry.

TMM3M1 (Manufacturing Engineering Technology: Mechanical Engineering Emphasis, University/College): 

This course enables students to develop the knowledge and skills used in mechanical engineering and advanced manufacturing. Students will apply engineering principles to design, fabricate, and evaluate mechanical components and systems. They will investigate materials, machining processes, machine elements, and production technologies while learning to interpret and create technical drawings, apply geometric tolerancing, and use precision measurement tools. Through hands-on projects, students will safely set up and operate machine tools and equipment to create functional mechanical parts, assemblies, and prototypes.

TMJ3C1 (Manufacturing Technology, College): 

This course enables students to develop knowledge and skills through hands-on, project-based learning. Students will acquire design, fabrication, and problem-solving skills while using tools and equipment such as lathes, mills, welders, computer-aided machines, robots, and control systems. Students may have opportunities to obtain industry-standard certification and training. Students will develop an awareness of environmental and societal issues related to manufacturing and will learn about pathways leading to careers in the industry.

TMM4M1 (Manufacturing Engineering Technology: Mechanical Engineering Emphasis, University/College): 

Students will manage the full engineering design cycle: researching needs, generating concepts, testing prototypes, optimizing designs, and documenting their work using professional engineering communication standards. They will also investigate current trends in mechanical engineering, including sustainability, additive manufacturing, and advanced materials. Through hands-on projects, students will safely set up and operate machine tools and equipment to create functional mechanical parts, assemblies, and prototypes.

TMJ4C1 (Manufacturing Technology, College): 

This course enables students to further develop knowledge and skills related to machining, welding, print reading, computer numerical control (CNC), robotics, and design. Students will develop proficiency in using mechanical, pneumatic, electronic, and computer control systems in a project-based learning environment and may have opportunities to obtain industry-standard training and certification. Students will expand their awareness of environmental and societal issues and career opportunities in the manufacturing industry.