Netherlands
Driven by innovative technologies, finding new solutions to current problems, utilizing new data for current solutions, and making new designs for current products. Specialized in field of photonics, with background in mechatronics. Currently working ensuring diagnostics industrialization for laser transport and focusing module in lithography systems. Over a decade of international experience in photonic development – from research, design, development and production, up to setup, installation and service. Hands on experience from simple diodes and fibers, through integrated photonics, holographic setups, flow measurements etc., up to high power lasers and complex fiber sensing systems.
Driving delivery of industrialized system diagnostics in Source Laser - Beam Transport and Focusing group: - Defining roadmap for diagnostics deliverables and improvements for upcoming systems - Driving work package definition, planning and prioritization together with Product Owners and Project Leads - Guiding engineers in diagnostics creation process, ensuring competence growth and knowledge sharing between teams
Philips Innovation Services, MEMS and Micro Devices Improving optical and photonic expertise of the group, bringing new solutions, ensuring the highest quality and performance of provided services, especially: - Defining fiber-to-chip alignment and manufacturing process - Ensuring high quality of device development and assembly - Improving fiber assembly and polishing process - Supporting assembly and manufacturing of fiber sensing systems - Assisting in development of novel and innovative photonic-based products - Supporting business development in technical domain and extending market presence of PES in photonics - Ensuring customer satisfaction from professional, reliable and high quality performance.
Philips Innovation Services, MEMS and Micro Devices - Responsible for planning and developing assembly processes for various micro devices, focusing on photonic requirements. - Sourcing and implementing a 6DOF alignment tool for photonic micro assembly - Design for Six Sigma Green Belt - defining dam and fill dispensing parameters in ultrasound transceiver to ensure beam quality
Development of innovative interferometric fiber optic sensing systems, and introducing them to the market: - ZonaSens - Quasi-distributed sensing system based on a novel approach to FBG sensing, able to interrogate multiple zones simultaneously with high frequency. - DeltaSens - Complex sensing system interrogating multiple FP sensors with single fiber and high frequency. Leading team of engineers in developing fiber optics sensors for aforementioned systems: - 3D acceleration sensor based on small optical elements and MEMS devices - High pressure, compact hydrophone sensors for towed array applications - AE sensors for structural health monitoring Managing several development projects for various customers: - Planning time and resources for succesful project realization - Daily keeping up with project activities - Managing multiple internal and external stakeholders
Assisting in designing and implementing various systems for science institutions, for example: - Setting up Dantec PIV system for wind tunnel, - Integrating fiber input and outputs for a microscope and a spectrofluorymeter, - Integrating PIV and LIF systems for flame characterization setup. Asisting in servicing and setting various laser systems, like: - Small diode lasers (Coherent Cube, etc.) - High power OPO systems - Ar, CO2, NdYag lasers, etc.
- Developing and implementing a Fiber Patch Cord production plan. - Improving SM and PM fibers curing and polishing processes. - Designing mechanical station for SM fiber laser coupling - Testing and developing new SM and PM pigtailed diodes.