Molten Salt Reactor

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Covers nuclear reactor safety principles, radionuclides, safety barriers, decay heat, criticality experiments, and emergency cooling systems.

Introduction to Nuclear Engineering

Introduces nuclear engineering principles, safety systems, reactor design, and accident management procedures.

Advanced LWR Technology

Explores burnup algorithms, time-step discretization, LWR fuel evolution, spent fuel composition, refueling techniques, and boric acid control in PWRs.

Introduction to Nuclear Engineering: Safety Basics

Introduces nuclear engineering safety basics, emphasizing safety barriers, redundancy, and defense-in-depth concepts to prevent accidents.

Introduction and Review of Nuclear Physics

Covers the basics of nuclear physics, including reactor physics, neutron interactions, fission, fusion, and radioactivity.

Neutron Kinetics: Reactivity and Reactor Dynamics

Explores reactivity equations, stable reactor periods, and the impact of reactivity variations on reactor safety.

The Diffusion of Neutrons

Covers the transport of neutrons, scalar neutron flux, neutron currents, and more, along with fuel cycles and types of nuclear reactors.

Nuclear Reactor Criticality Analysis

Covers the formalism and criticality analysis of nuclear reactors, focusing on mathematical equations and reactor stability.

Introduction to Nuclear Engineering: Chain Reactions and Fuel Cycles

Explores chain reactions, criticality, reactor types, and fuel cycles in nuclear engineering.

Introduction to Nuclear Engineering: Thermalhydraulics

Covers reactivity, stability, heat transfer, and boiling crisis in nuclear engineering thermalhydraulics.