Nuclear energy constitutes an important component of the energy mix in most national energy strategies, and its proportion will likely increase in response to growing challenges related to fossil-driven climate change. Modular nuclear systems power space craft and remote sites on earth. Future nuclear power systems will address current concerns regarding safety and the environment and significant breakthroughs are likely in fusion technology.
This certificate provides recognition for an interdisciplinary focus on nuclear systems.
Students in all disciplines are eligible to participate in this Certificate.
The requirements for a Nuclear Engineering Certificate in the Faculty of Applied Science & Engineering are the successful completion of the following courses:
- CHE 566H1F: Elements in Nuclear Engineering
And two of the following courses:
- MIE 407H1S: Nuclear Reactor Theory & Design
- MIE 408H1S: Thermal and Machine Design of Nuclear Power Reactors
- CHE 568H1S: Nuclear Engineering
- AER 507H1F: Introduction to Fusion Energy
If a student is pursuing both the Nuclear Engineering Certificate and the Sustainable Energy Minor, the courses listed above can only be counted towards either the certificate or the minor, not both.