Paul Janssen Email & Phone Number

Eindhoven Area, Netherlands

I am part of an expert team within the Strategic Sourcing and Procurement department of ASML. In my current role I’m supporting all electronics categories to:• Find, recognize and launch strategic opportunities and remove bottlenecks• Balance technology and business perspectives• Drive supplier and technology scouting projects• Support the strategic sourcing strategies

Eindhoven Area, Netherlands

Development of next generation EUV pellicles. Steering a team of experts on the areas of material science, thin-film processing, thermodynamics, mechanics, vacuum, flow, optics and imaging. Responsible for transferring new pellicle concepts from research to development and preparing for industrialization. This includes:• The definition and development of new process technology and equipment in close collaboration with our suppliers and external institutes. • Risk assessment and management. • Active contribution to the pellicle roadmap and strategy by investigating alternative scenarios and proposing triple constrained trade-offs.

Eindhoven Area, Netherlands

In this project, focus was on developing the EUV pellicle architecture. The EUV pellicle is a large area, freestanding, ultra-thin membrane that protects the reticle surface. During operation, the pellicle has to endure mechanical movements, withstand the harsh scanner environment and increasing source power while remaining structural and chemical integrity on the nanometer scale. I was responsible for:• Defining the requirements and solutions with respect to pellicle materials and processing, system integration and performance qualification.• Interfacing with internal stakeholders, external institutes and suppliers.• Active contribution to the supplier selection and technology transfer from R&D to pilot and volume manufacturing.

Eindhoven Area, Netherlands

In this project, focus was on wafer handling and clamping. My responsibilities included:• The specification, design and validation of materials for novel electrostatic wafer clamps.• Improving the wafer clamp performance for (particle) contamination using theoretical models and experimental validation.

Eindhoven Area, Netherlands

I have been working in the field of organic spintronics, which is an active research area where physics, organic chemistry and material science meet. Here, we studied the intriguing role of spins in organic semiconducting nanodevices. Ultimately, this research could contribute to the development of "novel magnetic functionalities in plastic electronics". Moreover, a deeper fundamental understanding of spins in organics could lead to more efficient organic light emitting diodes and solar cells.My work included:• Managing the project by inventing new experiments and conceptual models.• Fabrication of devices using thin-film deposition techniques (spin-coating, thermal evaporation, sputtering and organic molecular beam epitaxy).• Extensive experimental characterization (electrical, optical and magnetoresistive response).• Numerical and theoretical modeling.• Guiding students and trainees (4 MSc, 4 BSc).

Eindhoven Area, Netherlands

During my Mater's project, I investigated an alternative nanostructuring technique for the fabrication of sub-micron magnetic devices. This work was carried out at the group Physics of Nanostructures and included the following activities:• Fabrication of nanostructured devices using a number of techniques (thin-film deposition, UV-and e-beam lithography and focussed ion beam manipulation)• Electrical characterization.• Theoretical description of the nanodevices.

Tuscaloosa, Alabama Area

Carried out research at the Center for Materials for Information Technology (MINT). Here, I studied spin-pumping in magnetic multilayer devices using a broadband ferromagnetic resonance technique. My work included the realization of the experimental setup, fabrication of the devices, performing the measurements and analyzing the results.

Eindhoven Area, Netherlands

Providing study management courses and mentoring first-year Applied Physics students.

Doctor Of Philosophy - Phd, Engineering Physics/Applied Physics

Thesis: Spins in organic semiconductors - revealing the dominant mechanisms of organic magnetoresistance.

Master Of Science (Msc), Engineering Physics/Applied Physics

Specialized in functional nanomaterials. Graduated on the development and characterization of alternative nanostructuring techniques.

Certificaat Technisch Management

Courses: engineering economy, organization science, entrepreneurship, logistics, marketing and purchasing management.

Bachelor Of Science (Bsc) In Applied Physics

Atheneum

Nederlands, Engels, Duits, Wiskunde A, Wiskunde B, Natuurkunde, Scheikunde, Economie I en certificaat Latijn