Recently, Cerberus Nuclear provided support to the University of Birmingham’s post-graduate nuclear master courses (the Physics of Technology of Nuclear Reactors and Nuclear decommissioning) through a lecture presented by Katrina Christaki, Jacob Westerman, and Zachary Strangwood as part of an industry lecture series.
During the lecture, the Cerberus team provided an introduction to radiation shielding, Monte Carlo codes and criticality safety assessment in industry, which was supplemented by case studies of their innovative projects in the past 12 months.
Jacob highlighted dynamic source movement assessment techniques, their usefulness in radiation transport assessment, as well as demonstrating the shielding verification procedure by emphasising the training, equipment and safety measure required to conduct the process.
Zachary, a recent graduate of the PTNR course, offered industry insight into how to accurately model and setup an example shielding problem by using Monte Carlo techniques. Additionally, Zachary discussed his dissertation project which consisted of modelling various radiation shielding scenarios with a moving source in MCNP.
Katrina presented an introduction to criticality safety, highlighting the factors affecting criticality and where criticality safety fits into the industry. Furthermore, Katrina presented CARTA, a Cerberus developed criticality training tool that employs machine learning to calculate k-eff in real-time for operator training and provided an opportunity to the students to test the tool with a VR headset.
The lecture was well-received by the students, providing them with an excellent understanding of the unique and innovative work done by the Cerberus team.
Additionally, Cerberus plans to supervise similar dissertation projects to the one Zachary completed last year, supporting the University of Birmingham and the NTEC master’s courses. If this is something you may be interest in whether a student of one of these courses or not, please get in touch.