17 Engineering Design Degree Programs in Canada

Centennial College'snbsp;Mechanical Engineering Technology ndash; Design program offers courses that combine engineering theory and practice, focusing on the design and development of various mechanical devices and equipment. You gain a thorough grounding in engineering sciences and skills, including computer-assisted drafting and manufacturing (CAD/CAM)nbsp;as used in the industry.

Centennial College's Mechanical Engineering Technology – Design program offers courses that combine engineering theory and practice, focusing on the design and development of various mechanical devices and equipment.

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In one of Canada's top Chemical Engineering programs (Maclean's 2022 University Guide), you’ll enhance your knowledge of physics, chemistry, biology, and math with engineering design and problem-solving skills. You’ll learn to transform raw materials into useful products as well as to design and control complex physical and chemical processes.

Qualify for dual or guaranteed admission to UVic's engineering degree programs or secure general transfer to UBC, SFU and beyond. Learn strong problem-solving skills to work in design, analysis, project management and gain a solid foundation in computer programming, math, physics and engineering mechanics.

Design bionic limbs. Create laser-guided surgical devices. Enhance cancer-imaging systems. Develop wearable tech that keeps populations healthy and improves athletic performance. In Biomedical Engineering, you’ll use engineering know-how to develop better ways to diagnose illnesses, treat health problems, and enhance health.

Computer Engineers play a big role in how we interact with the world – both at work and at home. From software and gaming to cyber security and simulators, computer engineers help shape our technology-driven world. When you study computer engineering you will be at the intersection of hardware and software design, becoming qualified to work on computer systems and develop computing solutions to engineering problems. Systems blending hardware and software, such as self-driving cars, robotics and mobile devices, form the basis of our world and are all built by Computer Engineers.

Our modern world is built on electricity. Learn to harness its power to create the next generation of electronics, sensors, and information networks. Your career will be super-charged by a degree from Waterloo. We're ranked top 25 in the world for electrical engineering (Shanghai World University Rankings 2021).You’ll study the fundamentals of electromagnetism, circuits, algorithms, and instrumentation. You will be able to specialize in a range of technologies such as power generation and clean energy, electric vehicles, Internet of Things, quantum computing, integrated circuit design, and machine learning.

Want to design a brain stimulator to combat symptoms of Parkinson's disease? Develop software to protect companies from cyber attacks? Create the next groundbreaking gaming platform? As an expert in computer hardware-software interactions you will be ready for a career working in cutting-edge technologies.

Start your degree at NIC and receive two years (60 credits) of transfer credit toward any BC university. A wide range of courses are available to meet prerequisites of medical, optometry, dentistry and veterinary programs across Canada. Focus on your area of interest or explore biology, chemistry, mathematics, physics and more.

From soaring skyscrapers and breathtaking bridges to innovative clean-water technologies— the impact of Civil Engineering on the world is immense. The mission statement of civil engineers is to build a better quality of life while safeguarding the environment. Whether you are designing transportation systems, earthquake-resilient structures and foundations or protecting our natural and built environment, civil engineers help create vibrant and sustainable communities. Our Civil Engineering program is accredited by the Canadian Engineering Accreditation Board (CEAB).

Biomedical engineers make a difference in community and global health. You’ll learn to create new materials, devices, algorithms and processes that assist doctors and medical researchers with prevention, diagnosis and treatment of illnesses and conditions. With an optional paid cooperative internship, an optional specialization in Management Sciences, leading-edge research projects and a biomedical invention team project, you’ll graduate with the skills needed to transform lives in emerging areas of health care or clinical engineering.

Computer engineers influence the way we work and play in our technology-driven, interconnected world. You’ll use scientific and practical knowledge in digital circuit technology to build electronics systems and devices that benefit lives. Create hardware, firmware, software and interfacing systems that let computers communicate with each other and the world. Enhance your skills through an optional paid co-operative internship, an optional specialization in Management Sciences and Engineering Innovation and Entrepreneurship, a summer research internship and leading-edge research projects.

MITT’s Industrial Welding certificate program helps students build a strong foundation of the knowledge and skills required to design and build products by cutting and joining materials using ferrous and non-ferrous materials. Students work independently or in teams using current welding and fabrication equipment to complete projects in a learning environment that simulates an industrial welding shop. To complement their technical skills with the employability and essential skills employers demand, all students participate in MITT’s Work Skills Series workshops.

Study the physics and chemistry of matter, the real-world applications in engineering, and how materials are used in industrial manufacturing processes.