Switzerland
• Serving as the technical interface between customers and internal development teams, translating requirements into tailored connectivity solutions. • Supporting product development, qualification, and integration from prototype to production. • Delivering technical trainings and guide customers in applying Huber+Suhner products effectively.
• Managed complete product lifecycle for multiple semiconductor devices, ensuring smooth transitions from introduction to end-of-life. • Led cross-functional teams to drive product development and resolve complex technical challenges. • Conducted in-depth root cause analysis using 8D, 5-Why, and Ishikawa methodologies to implement effective corrective actions. • Provided clear, data-driven reports to stakeholders and customers to facilitate decision-making.
Member of the Fiber Laser Group • Designed and implemented advanced measurement setups for device characterization. • Automated measurement processes to enhance efficiency and data accuracy. • Conducted failure analysis to resolve performance issues and ensure robust product quality. • Led chip design projects in close collaboration with Process Engineering to optimize manufacturability.
Ph.D. in Physics on the topic of "Disorder-induced localization effects in nitride semiconductor compounds and devices": • Fundamental research on disorder-induced localization effects in nitride semiconductor compounds. • Published findings as a first author and presented research at international conferences. • Collaborated with interdisciplinary research groups and managed cross-institutional projects. • Provided mentorship and guidance to students in laboratory settings, fostering scientific curiosity and growth. Advisors: J. Peretti, Y. Lassailly and C. Weisbuch
Characterization of nitride devices in the group of Jim S. Speck