Equivalent entry requirements explained.5 GCSEs (including maths, English and IT) at grades 9 to 4 (A* to C), or equivalent.You could complete a foundation or undergraduate degree in engineering, construction or civil engineering. You may need a Construction Skills Certification Scheme (CSCS) card to work on a construction site. Although some of these options have certain qualification requirements, many employers are more interested in people who are enthusiastic, willing to learn and able to follow instructions. You should explore these routes to find out which is the right one for you. You could complete a university or college course, or an apprenticeship. Use the left-column navigation to refine your search by College, Program Availability, Program Start Date and more, or see the table below for a complete list of CNC, CAD and CAM programs at Ontario colleges.There are several routes to becoming a CAD operative. Ontario Colleges Offering CNC, CAD and CAM Programs Average wages could be anywhere from roughly $15 to $40 an hour. Wages will vary depending on the industry, job responsibilities and experience level. CNC operators are just one position that is currently in high demand, but graduates with CNC, CAD and CAM skills could also end up in a wide range of jobs, including:īecause CNC, CAD and CAM skills span so many industries, graduates could find a job in such fields as aerospace, manufacturing, agriculture, automotive, engineering, design and technology. There are countless job opportunities in which to use these specialized skills. (For example, a drafting program may require an OSSD and a grade 12 math.) Be sure to check program requirements carefully. Since CNC, CAD and CAM courses aren’t in just one type of career category, there may be other admission requirements specific to the program. In general, Ontario college CNC, CAD and CAM related programs will require an Ontario Secondary School Diploma (OSSD) or equivalent. General CNC, CAD and CAM Program Requirements
Many programs offer field placements and co-op work terms where students can apply their skills and see firsthand how CNC programs and CAD and CAM software are used in their industry. Once again, drafting can be done in 2D and 3D, and students will create drawings of anything from floor plans and concepts, to structural plans and automotive designs.
On the other side, there are CAD courses that are used in architecture, design, and mechanical and electrical engineering programs.
And finally, CNC courses teach students how to program that software. CAM courses in these programs then focus on using CAD specifications for software development. These skills are used more in manufacturing and machining programs. On one side, there are CAD courses that focus on teaching students how to create part geometry in both 2D and 3D.However, we can group the types of courses based on how CAD software is used: CNC, CAD and CAM CoursesĬNC, CAM and CAD programs at Ontario colleges aren’t specific to one industry, so it’s difficult to generalize course subjects. If you like understanding how things work and are interested in CNC, CAM and CAD software, here’s what you need to know. Ontario college programs with CNC, CAM and CAD courses give students the training and technical knowledge to understand and use these specialized software. The skilled trades, technology and engineering industries need people who are skilled in the field of computer numerical control (CNC), computer-aided manufacturing (CAM) and computer-aided design (CAD). Programs What to expect from a career working with CNC, CAD and CAM