IFMIF-DONES · Fusion Research · Accelerator Engineering
Mechanical & Systems Engineer
Vacuum Systems · Accelerator Technology · Fusion Engineering · Safety · Experimental R&D
I work at the interface between physical systems, safety engineering and experimental research. My current focus is accelerator vacuum systems and injector technology for fusion research, combining modelling, instrumentation, controls and experimental validation.
Current focus
My current work at IFMIF-DONES includes accelerator injector systems, the LIPAc ECR ion source, accelerator vacuum and safety engineering, experimental validation, instrumentation and control.
In Japan, I am supporting commissioning, maintenance and operation activities for the LIPAc accelerator while contributing to ECR ion-source lifetime studies, magnetic simulations and the assessment of injector control systems and obsolete technologies.
Featured projects
LIPAc / Injector
ECR ion-source R&D, injector controls, magnetic simulation and accelerator operational experience.
Experimental R&DMuVacAS
Experimental platform for vacuum-loss accident scenarios and mitigation strategies relevant to IFMIF-DONES.
Fusion infrastructureIFMIF-DONES
Accelerator vacuum and safety engineering for a major fusion research infrastructure.
R&D · 2019–2022Zeleros
Experimental mechanical engineering for magnetic propulsion and precision test infrastructure.
Engineering approach
Requirements → Design → Simulation → Manufacturing → Instrumentation → Integration → Testing → Validation
I enjoy working across the complete engineering cycle, connecting detailed technical development with system-level problems.
Research & publications
My research connects experimental engineering with modelling, control and accelerator technology. Recent work includes ECR ion-source lifetime improvement at LIPAc and autonomous pressure control in the MuVacAS facility.
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