Last updated on 2025-05-06
Program Overview
The Bachelor of Engineering - Engineering Physics program at Carleton University is designed for students who are eager to merge the principles of physics with engineering practices. This program provides a comprehensive foundation in various fields such as material science, applied physics, electronics, and nanotechnology. Students will learn to apply their knowledge in developing innovative technologies, including nanotechnology, semiconductor devices, optics, photonics, telecommunications, and quantum technologies. The program is fully accredited by the Canadian Engineering Accreditation Board, ensuring that graduates meet the educational requirements to register as professional engineers.
Program Structure
The Bachelor of Engineering - Engineering Physics program is structured to provide students with a robust educational experience. Key details include:
- Program Length: Typically completed in four years.
- Credits: The program requires a total of 120 credits for graduation.
- Co-op Option: An optional co-op program is available, allowing students to gain practical work experience.
This program is designed to equip students with both theoretical knowledge and practical skills, preparing them for a successful career in engineering physics.
Featured Experiences
- Co-op Opportunities: Students can participate in co-op work terms, which provide valuable industry experience and help develop key employability skills.
- State-of-the-Art Facilities: Carleton University boasts in-house IC fabrication facilities, offering students hands-on experience with advanced technology.
- Networking Opportunities: The university's proximity to Canada’s high technology center at Kanata North allows students to build connections that can lead to future job opportunities.
Career Options
Graduates of the Bachelor of Engineering - Engineering Physics program can pursue a variety of career paths in Canada, including:
- Biomedical Physics and Sensors: Working on the development of medical devices and sensors that improve healthcare outcomes.
- Biomedicine: Engaging in research and development of technologies that enhance medical treatments and diagnostics.
- Microelectronics and Processes Engineering: Designing and improving electronic components and systems at a microscopic level.
- Nanotechnology: Innovating in the field of materials and devices at the nanoscale, impacting various industries.
- Photonic Systems: Developing technologies that utilize light for communication and information processing.
These career options reflect the diverse opportunities available to graduates, allowing them to make significant contributions to technology and engineering fields.
DISCLAIMER: The information above is subject to change. For the latest updates, please contact LOA Portal's advisors.
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