UN802 – Nuclear Reactor Physics
M.Eng./Diploma Course
Nuclear Reactor Physics
Dates
September 19-20, 2026/ October 3-4, 2026/ October 17-18, 2026/ October 31, 2026/ November 1, 2026
Time
9:00 A.M – 3:00 P.M
Location
This course will be delivered in hybrid mode, i.e., in-person and through synchronous distance education.
Please Note
This course is offered a second time during the Spring term. Please consult the Academic Calendar for specific offering dates and scheduling details
Instructor
Prerequisites
Registration in the UNENE M.Eng. or UNENE Diploma Program
Course Description
This course equips students with a solid foundation in the core physical principles that govern nuclear reactors, while fostering critical, independent thinking and strong problem-solving skills. Students develop the ability to analyze reactor physics scenarios and apply theoretical concepts to practical situations. Key topics include neutron-induced nuclear reactions, the nuclear-fission chain reaction, fundamental quantities and methods used to describe neutron behaviour and power production in reactors, both static and time-dependent diffusion equations, and essential elements of CANDU reactor design.
Important dates
Midterm:
Final: November 15, 2026
Preparation
It is recommended that students attend the Reactor Physics Short Course on September 6 and 7, to be delivered by Dr. Rouben and Dr. Wei Shen.
Please see the Reactor Physics Short Course Page for further information.