This course introduces the fundamental principles of nuclear physics and nuclear reactors operation. Students will explore the core concepts of nuclear physics, including atomic structure, nuclear interactions, radioactivity, and nuclear reactions. After the course they will have learnt the theoretical basis of fission process and the sources of decay heat. Reactor theory will be explained introducing the various types of nuclear reactors, their functions, and the principles and history behind their operation. Through the lesson, students will gain a solid understanding of how nuclear energy is harnessed and controlled.

In addition to nuclear physics, the course will cover the main mechanical and electrical components essential to reactor functionality. Students will learn about the design and operation of critical reactor components such as pumps, valves, or turbines. The basis of electrical circuits and systems that support reactor operations, including power generation and distribution, will also be examined. By the end of the two-days course, students will have a well-rounded knowledge of both the physical principles and the technological components that support modern nuclear reactors:

This training will be delivered in a blended format (self-study and remote synchronous).