Engineering
Design your future with our world-class Engineering programs. From developing innovative solutions that address global problems, to turning ideas into brilliant products, our high-tech programs give you the tools to succeed. Our programs are fully accredited by the Canadian Engineering Accreditation Board (CEAB). As an Ontario Tech engineering grad, you’ll help make the world a better place.
The university provides the latest in engineering and technology courses, while also offering endless support with resumé and interview preparation.
Kyle francis Engineering and Management (Honours) in Mechanical Engineering, Class of 2015 Engine Assembly, Honda of Canada Manufacturing, New Tecumseth, Ontario
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Programs
Automotive Engineering (regular and co-op)
The only accredited program of its kind in Canada, our Automotive Engineering program prepares engineers to meet the need for advancements in the automotive sector by accelerating research and the development of alternative technologies, such as electric and fuel-cell driven vehicles.
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Comprehensive Engineering
Explore your options in your generic first year, before committing to an area of focus, to ensure you find your fit in the engineering world.This option is intended for those who are undecided on which Engineering program they want to take. Prior to year 2, you're required to apply to change to one of the following Engineering programs:
- Automotive Engineering
- Electrical Engineering
- Manufacturing Engineering
- Mechanical Engineering
- Mechatronics Engineering
- Software Engineering
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Electrical Engineering (regular and co-op)
Our Electrical Engineering program focuses on the design and development of electrical and computer technologies, and their component parts. The integration of electrical components into complex systems is also studied.
You can choose the Smart Grid specialization or follow the comprehensive program.
Smart Grid specialization
The Smart Grid specialization leverages communications and networking technology to move our ageing power grid into the 21 st century. You'll study all aspects of the smart grid including networking and security, smart metering, electric energy storage systems, power quality, and transportation electrification.
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Our interdisciplinary Energy Engineering program was designed based on the increased industry demand for environmentally-conscious energy sources that focus on the efficient use of energy systems, as well as energy security and reliability. In this program, students will learn different aspects of energy systems including hydrogen, electrical, nuclear, renewable and energy storage.
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Our interdisciplinary Industrial Engineering program was designed with the objective of optimizing and improving complex engineering processes. Graduates of this program will acquire a versatile skillset and the expertise to analyze and manage the work of others in research, development, design, analysis, maintenance and operations. Industrial engineers may engage in a wide variety of activities in their career, such as supply chain management, quality assurance and project management.
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Manufacturing Engineering (regular and co-op)
The only program of its kind in Canada, our Manufacturing Engineering program is about the design and improvement of high‑tech systems for the production and manufacturing of products. This includes the development and application of advanced technologies such as robotics, automation, new materials and intelligent controls.
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Mechanical Engineering (regular and co-op)
Our Mechanical Engineering program is one of the broadcast engineering disciplines. In this program, students will learn the principles of mechanical engineering—motion, energy, and force—and how these principles are used to design and build the world around us. Within this program, you can choose the Energy Engineering specialization or follow the comprehensive program.
Energy Engineering specialization
Energy engineering is increasingly focused on the efficient and environmentally responsible use of energy systems, as well as energy security and reliability. You will specialize in all aspects of energy—from its generation to its end use—including energy conversion, storage, transportation and distribution.
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Mechatronics Engineering (regular and co-op)
Our Mechatronics Engineering program is an interdisciplinary engineering field. It integrates mechanical and electrical systems with real-time control, combining hardware with software to produce new devices such as consumer products, medical devices, high- tech automobile systems, and robots.
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Nuclear Engineering
This program introduces you to all aspects of the nuclear fuel cycle, from mining to plant operation to waste management. Our curriculum includes courses in nuclear plant design, radiation protection, nuclear chemistry and materials, heat transport, steam-generation systems, and nuclear physics. You will learn about the current operational fleet of reactors, and apply your growing knowledge to the future generations of reactors (e.g. supercritical water reactors, fast reactors and fusion reactors).
This program is fully accredited by the Canadian Engineering Accreditation Board (CEAB).
Our programs are designed in consultation with key industry representatives, and will provide you with the necessary theoretical and applied skills to meet employers' needs.
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Software Engineering (regular and co-op)
The Software Engineering program focuses on the analysis, design, development and testing of reliable and secure software systems, as well as the integration of software into complex systems, and the timely and cost-effective delivery of software systems, that meet changing requirements. The program applies both computer science and engineering principles.
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Engineering and Management program
There is a need for engineers with management skills. Complement the technical studies of your Engineering program with business and management courses by pursuing the five-year Bachelor of Engineering and Management (Honours) program.
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Experiential learning
Experiential learning is the bridge between theory and practice by allowing you to:
- Engage directly in a real-world situation through concrete experience.
- Reflect on your experience by observing your surroundings and how this experience relates to the real world.
- Learn from your experience.
- Put your new skills and knowledge into practice through active experimentation.
As a student within our faculty, you have access to numerous experiential learning opportunities that will take your educational experience to the next level. From placements to internships and everything in between, you can feel confident that you are entering the workforce career-ready.
