Marathon running and endurance training

PhD-trained engineering leader with 12+ years of experience in semiconductor processes, photonic materials, and optical device development. Proven success driving lasers and advanced photonic components from feasibility through qualification and into volume production. Skilled in defining specifications, leading cross-functional productization and managing supplier engagement for manufacturability, process stability, and yield improvement. Strong background in metrology, failure analysis, epi and thin-film processes, and reliability testing. Expert in data analytics (Python, MATLAB, JMP) and known for clear communication, structured execution, and effective leadership in fast-paced, collaborative environments.
Focused on personal development, family responsibilities, and project-based learning, including self-directed study of emerging semiconductor technologies. Returned refreshed and ready to contribute with renewed clarity and energy.
• Led a cross-functional team to develop a data automation algorithm that cut nitridation product delivery time by 50 percent and improved decision quality through a structured decision matrix
• Directed integration engineering work for new test vehicles, driving design and validation to optimize device performance for the N+3 node 3D NAND program
• Partnered with multiple business units as a strategic leader to advance 3D channel mobility solutions, generating new market opportunities and shaping high-level business decisions
• Led sustaining and troubleshooting for VCSEL epitaxial modules, ensuring stable production, resolving technical issues, and improving manufacturing efficiency
• Applied SQL, JSL, and JMP to drive data-based decisions, analyze station and inline defects, perform root cause analysis, and implement process improvements that boosted operational performance
• Collaborated with equipment vendors to qualify metrology tools, delivering on-time characterization readiness, meeting traceability standards, and supporting operational needs
• Designed and implemented wafer-level integration processes for GaN on sapphire transfer, achieving meaningful yield improvements
• Developed and optimized recipes to validate epitaxy process integrity
• Established and qualified metrology tools, recipes, and methodologies that strengthened process yield and reliability
• Conducted international customer site visits to demonstrate processes, support on-time final acceptance, and contribute to strong customer satisfaction and successful product deployment
• Utilized expertise with Thomas Swan 3X2 and 6X2 reactors to optimize epitaxial GaN growth and refine process recipes, improving efficiency and reliability
Semiconductor processing: ALD, MOCVD, ICP plasma, thermal evaporation, sputtering, RTP, Annealing, Wet and dry etching
Characterization: SIMS SEM EDX TEM FTIR XPS AFM Ellipsometry CV
Root cause Analysis
Marathon running and endurance training