Q: Why would a Technology course be made mandatory to earn a high school credit in Ontario?

A: Technology surrounds us in all parts of our lives, technological studies courses will provide many insights into the workings of the world we live in. An understanding of technology is as important to understanding the world around us as geography or the environment.  Students participating in Technological Studies programs learn to develop lifelong learning habits that will help them adapt to technological advances in the changing workplace and world. Technological Education will make connections that will help students take advantage of potential postsecondary educational and work opportunities. They will develop the skills, including critical thinking skills, and the knowledge of strategies required to do research, conduct inquiries, and communicate findings accurately, ethically, and effectively. Students will achieve the level of technological competence they will need in order to succeed in their post-secondary education or training programs or in the workplace. Lastly, it is known that there are jobs in skilled trade fields and a shortage of people to fill these jobs.

Q: Does my child need to take a Technology class to get an apprenticeship? 

A: No, however taking technology courses allows students to make good and informed choices of apprenticeships that are best for them and in many cases improve their opportunity of finding an apprenticeship right out of high school. Many students couple Technology classes with Cooperative Educational experiences and find apprenticeships upon graduation.

Q: Are there any University level technology classes?

A: Yes, there are several University career pathways available offered at the M College/University level such as: Communications Technology, Technological Design, and Computer Engineering. These courses may not be listed as a specific course prerequisite, but each of these courses can be used in qualifying averages for admission to university and college.  Communication Technology courses provide opportunities for students to build portfolios required for programs. Technological Design and Computer Engineering provide CAD Design, programming, and problem-solving experience required in most engineering programs. Knowing how to use tools and equipment safely and correctly, learned in our Manufacturing Programs, is considered a valuable asset and is also something that University Engineering Programs consider in first-year qualifying applications.