An overview course “Applied Nuclear Energy” is offered as ECE 730 B3
Topics: Atoms and Nuclei, Radioactivity, Nuclear processes, Radiation and Materials, Fission and Fusion, Neutron Chain Reactions, Nuclear Heat Energy, Nuclear Power Plants, Introduction to Reactor Theory, Time Dependent Reactor Behaviour, SMR and Breeder Reactors, Fusion Reactor.

A reactor & materials course “Advanced Fission Reactor Engineering” is offered as ECE 730 850
Topics: Review of Basics of Fission Power, Basics of Operating Power Reactors, Modularity and Modularization, Generation IV Reactors and Inherent and Passive Safety, Advancement in Reactor Materials, Innovative Reactor Mechanisms.

An instrumentation & controls course “Instrumentation and Control for Advanced Nuclear Energy Systems” is offered as ECE 730 A03
Topics: I&C System Architecture and Reactor Safety, Regulatory Framework (CNSC/CSA), Sensors and Actuators, PID Control Theory, Plant Instrumentation, Digital I&C Systems and Reactor Kinetics, Reactivity Control Mechanisms, Automatic Generation Control and Nuclear–Renewable Hybrid Power Systems, Intelligent Control, Digital Twins and AI-Assisted Operation, Functional Safety (IEC 61508) and Cybersecurity of Plants.

 A radiation detection & safety course “Radiation Diagnostics and Radiation Safety”
Topics: Review of radiation protection procedures and regulations; theory and use of alpha, beta, gamma, and neutron detectors; applications in imaging and dosimetry; gamma-ray spectroscopy; design and operation of automated data acquisition experiments using virtual instruments.

A multi-subject course “Selected Topics in Advanced Nuclear Energy”
Topics (tentative): Fusion & fission, Full cycle analysis; Safety & risk assessment; Reliability and lifetime analysis; Nuclear energy applications.