Research Focus
Power electronic converters, battery management systems, wide-band-gap devices, control, and SOC/SOH estimation for lithium-ion batteries.
Profile
My work sits between rigorous electrical engineering and long-horizon systems thinking: how converters, storage, control, data-driven models, and reliability choices behave when deployed in the real world.
Consulting Fit
Literature review, technical explanation, modeling direction, early-stage design trade-offs, battery analytics, and research documentation.
Chess Discipline
FIDE-rated player and coach, bringing structured thinking, patience, and decision-making under uncertainty into engineering work.
What I Can Help With
I am open to thoughtful collaborations and selected consulting conversations where careful technical reasoning matters more than quick surface-level answers.
Energy and Battery Systems
- Battery modeling and degradation questions
- SOC/SOH estimation and data-driven methods
- BMS concepts, cell balancing, and reliability trade-offs
- Power converter topology comparison and documentation
Research and Communication
- Research direction for conference papers and thesis work
- Technical writing, slide review, and literature synthesis
- Clear explanations for students, teams, and early-stage projects
- Chess coaching focused on durable understanding
Current Direction
I am especially interested in high-efficiency converter design for battery applications and machine learning methods for battery state estimation under realistic operating conditions.
"Om te slagen in het leven heb je twee dingen nodig: onwetendheid en vertrouwen."