Fusion is no longer a research programme. It is an engineering problem. More than six billion dollars has been invested in commercial fusion ventures since 2021. ITER — the world’s largest fusion experiment — is under construction in southern France. Commonwealth Fusion Systems is building SPARC, a compact tokamak targeting net energy by the end of this decade. Helion Energy has signed a power purchase agreement with Microsoft. The UK has passed dedicated fusion legislation. The question is no longer whether fusion will happen. The question is whether you will have the engineering knowledge to work on it when it does.
This course gives you that knowledge. Nuclear Fusion Engineering is a structured, engineering-grade course covering the full technical landscape of fusion energy — from the plasma physics that makes fusion work, through the magnet systems, materials science, and tritium fuel cycle that make it buildable, to the regulatory frameworks and commercial programmes that will make it operational.
