MSE 1074F Nuclear Fundamentals I (Fall 2026)
About this Event
Course Description:
MSE 1074F – AEMSS Fundamentals I (Fall 2026) provides a comprehensive introduction to nuclear science, engineering, and technology, helping students develop careers in nuclear energy, advanced materials, healthcare, research, and sustainable energy systems.
These micro-credentials equip students with fundamental knowledge, applied skills, and exposure to emerging technologies, including small modular reactors, fusion, nuclear robotics-AI, nuclear-enabled sustainability, and non-energy applications of nuclear. This course also provides a real operational perspective, including industry practices and regulatory codes.
This course entails ~40 hours of contact time commensurate with ~120 hours of homework, spanning over a period of ~14 weeks.
Candidates successfully (minimum grade of B– (70%)) completing the micro-credential course will receive from the department an accrediting certificate.
These micro-credentials are a part of the Atomic Energy Materials and Systems (AEMS) nuclear cluster at the University of Toronto that brings together research, teaching, and innovation in nuclear energy, advanced materials, systems and sustainability – thus encompassing the multidisciplinary nature of the nuclear field.
Note: This course begins with the thematic lectures as of September 9th, 6 PM - 9 PM, and recurs weekly for the fall term. An introductory overview lecture will be delivered on September 8th; this lecture will be available asynchronously to all registrants. The location of the lecture room on St. George campus will be emailed to registrants.
Course Themes:
- Atomic/Nuclear Physics, Nuclear Fuel Materials, Sustainability
- Radiation Detection, Safety, and Health Physics
- Radioisotopes, Nuclear Medicine & Allied Applications
- Nuclear Reactor Physics & Regulatory Codes
- Advanced Materials & Manufacturing for Next-Generation Nuclear Systems
- Fusion and Small Modular Reactors
Why Enroll?
This course provides a robust technical foundation and insight into real-world nuclear systems, preparing students for careers in industry, research, government, and advanced nuclear technologies. Students gain knowledge that is directly applicable to nuclear energy, advanced manufacturing, medical applications, and sustainable technologies, while exploring cutting-edge tools like robotics and AI in nuclear systems.
Students will also gain insights into nuclear systems, participate in site visits or/and local workshops, and interact with industry experts and researchers, preparing them for careers in nuclear energy, healthcare, and advanced materials sectors.
Course Fees
Industry Professionals: $895
Recent Graduates (within 2 years, supporting documentation required): $695
If you have any questions, please contact the course TA:
Shayaan Auqil ([email protected]).
Where is it happening?
Event Location & Nearby Stays:
CAD 695.00 to CAD 895.00
