Module #15 Reactor Types and Applications Overview of different reactor types, advantages, and applications
Module #16 Advanced Reactor Designs Advanced reactor designs, small modular reactors, and Generation IV reactors
Module #17 Computational Tools for Reactor Physics Overview of computational tools, Monte Carlo methods, and deterministic methods
Module #18 Reactor Physics Experiments and Simulations Reactor physics experiments, simulation techniques, and results analysis
Module #19 Thermal-Hydraulic Analysis of Reactors Thermal-hydraulic analysis, computational fluid dynamics, and system codes
Module #20 Reactor Operation and Control Reactor operation, control systems, and operator training
Module #21 Reactor Licensing and Regulation Reactor licensing, regulatory frameworks, and safety standards
Module #22 Reactor Decommissioning and Waste Management Reactor decommissioning, waste management, and storage techniques
Module #23 Economic and Environmental Impact of Nuclear Reactors Economic and environmental impact of nuclear reactors, cost analysis, and environmental assessment
Module #24 Course Wrap-Up & Conclusion Planning next steps in Reactor Physics and Thermodynamics career
