Eindhoven, North Brabant, Netherlands
I am an Applied Physics PhD with a passion for solving complex technical challenges and creating high‑value, scalable solutions in multidisciplinary environments. I combine deep analytical ability with broad system‑level thinking, enabling me to move seamlessly between high‑level architecture, strategic direction, and detailed problem‑solving. With more than 15 years of experience in optical systems, front‑end innovation, and advanced technology development, I have built a strong track record of shaping new ideas into practical impact resulting in a substantial patent portfolio and contributions across multiple generations of high‑tech products. I thrive at the intersection of physics, engineering, and product development, where new insights can unlock meaningful performance improvements. My strengths include structured decision‑making, clear communication of complex topics, and creating alignment across diverse technical and organizational teams. I enjoy roles that combine conceptual leadership with hands‑on exploration, where curiosity, clarity, and collaboration accelerate progress. I believe in building on people’s strengths, fostering knowledge sharing, and creating environments where innovation and technical excellence can thrive. For me, problems are opportunities and the best solutions emerge when creativity is paired with rigorous analysis.
Leading system‑level optical architecture and long‑term EUV Collection roadmap for next‑generation ASML products - System Function Architect (SFA) - Spectrally Pure EUV Collection • Lead functional and system‑level architecture for complex optical and multidisciplinary systems. • Define the long‑term SF‑18 roadmap, ensuring alignment across technical teams and stakeholders. • Deliver improvements in optical performance, robustness, diagnostics and cost efficiency. • Guide major technical decisions by structuring clarity, evidence, risks, and cross‑team consensus. • Mentor engineers and architects, strengthening architectural maturity and cross‑team collaboration.
Driving EUV Collection roadmap execution, technical alignment, and product readiness across ASML. • Drove SF‑18 roadmap execution, innovation enablers, and high‑quality EPS/EDS documentation. • Led key product readiness sessions (EUV – High NA), aligning risks, scope, and priorities. • Shaped collector mirror strategy, including classification criteria and sufficiency decisions • Strengthened collaboration with suppliers and internal teams through roadmap alignment
Solving high‑impact EUV system issues through data‑driven analysis and cross‑functional collaboration. • Resolved high‑impact AIR and plasma alignment issues using data‑driven system analysis. • Reduced escalations through proactive fleet monitoring and improved service‑mix strategies. • Partnered with suppliers on EUV spectral purity and IR/DUV suppression topics. • Led corrosion investigations and aligned technical solutions across cross‑functional teams. • Built tools, dashboards, and insights to improve decision‑making and team efficiency.
Led cross‑functional innovation teams delivering new skin & hair device concepts, process improvements, and technology transfers - Personal Care & Wellness group • Led three innovation teams delivering new skin & hair device concepts. • Implemented DFSS and Lean methods to improve project quality and team execution. • Drove technology scouting, testing, and open‑innovation activities. • Coached DFSS Green Belts and strengthened analytical capability in the group. • Supported five technology transfers from Research to Development. • Built long‑term device and technology roadmaps for the Beauty business.
Building functional device prototypes and IP portfolio for next‑generation beauty technologies - Care & Health Applications • Built IP portfolio and device concepts for a $100M+ skin‑care market. • Designed and validated 5+ functional prototypes for beauty applications. • Translated consumer insights into clear functional specifications. • Ensured regulatory‑compliant test setups and safety procedures. • Supervised four Master students and guided their research. • Facilitated cross‑disciplinary ideation and IP workshops.
Developed advanced multi‑photon microscopy techniques for biomedical applications, including cell studies, protein detection, and early‑stage cancer imaging. • Investigated multi‑photon microscopy and spectroscopy techniques for biomedical applications. • Conducted in‑vitro cell differentiation studies. • Explored Alzheimer‑related protein detection in micro‑organisms. • Studied catheter‑based multi‑photon microscopy concepts for early colon cancer detection.
• Contributed to the Optical Nose Project developing advanced optical sensing concepts. • Designed, built, and tested a CW optical parametric oscillator for nonlinear frequency conversion.
• Organized youth summer programs and campus visits for secondary‑school pupils at the University. • Coordinated activities, logistics, and day‑to‑day event operations.
• Advised secondary‑school students on study choices and university programs. • Supported call‑center operations, reporting, and guidance during education fairs and events.