Task Introduction

In this task you will apply the neutronics analysis techniques learned during the course to explore a design trade space. This is an open-ended exercise where you optimise a fusion reactor blanket design by varying geometry and material parameters to achieve target performance metrics such as Tritium Breeding Ratio, shielding effectiveness, and heat deposition.

Learning Outcomes

• Neutronics simulations can be used to perform parametric design studies by sweeping over geometry and material parameters.

• Multiple competing objectives (e.g. tritium breeding vs shielding) must be balanced when designing a fusion blanket.

• Automated parameter sweeps allow the design space to be explored efficiently.