Particle Acceleration
- Simulation (CST) and analysis of in-vacuum insertion devices
- Eigenmode simulation
- Wakefield (beam) simulation
- Particle in cell (PIC) simulation
- Accelerator Simulation (CST)
- cavity design and analysis
- RF accelerator design and analysis
- beam – cavity interaction
- RF feed structure (waveguide) design
- Publications
Passive components
- RF & Microwave filters (high-power and low-power)
- couplers and combiners
- phase-shifters, pulse-shaping
- Antennas
- broadcast VHF/UHF/AM-radio
- radiation analysis
- HF antennas (Communication & OTHR)
Education
- student mentoring
- co-supervision of student projects
After a successful industry carrier as a leading RF R&D Engineer I am now consulting in the field of electromagnetics. Coming from passive component design (filters, couplers, antennas, etc.), my vast knowledge and skill in the field of high-power RF found new application in the area of particle acceleration, after a 3-year study period of particle physics. I cooperate well with physicists, creating synergy, enabling to go beyond current boundaries of understanding and design. Over 20 years of experience with electromagnetic 3D simulation tools (CST) ensure high-quality and fast simulation, analysis and design work.