b Overview /b p In this role you will drive the conception and hands-on development of next‑generation plasma process technologies for challenging semiconductor manufacturing problems. You will lead hardware and process solutions, advancing plasma etch, deposition, and integration for diverse applications. You’ll work with cross‑functional teams to shape future KLA products and contribute to IP. This role combines deep physics with practical engineering to deliver differentiated technology at scale. You will engage with customers and partners to ensure technology readiness and impact. /p b Pay / Benefits /b ul li Annual leave 25 days /li li Contributory pension scheme /li li Cash health plan /li li Cycle to work scheme /li li Global bonus plan /li li Share scheme /li /ul b Responsibilities /b ul li Lead development of breakthrough plasma etch and deposition technologies for applications including Advanced Packaging, Photonics, Compound Semiconductor, Quantum, MEMS, and Specialty Semiconductor /li li Solve complex process and hardware problems using first-principles, simulation, experimental design, and data-driven analysis /li li Drive invention activities and contribute to patent generation and IP strategy /li li Lead investigation and resolution of process integration, plasma physics, equipment, and hardware performance challenges /li li Mentor and guide junior engineers; lead technical reviews and influence development priorities /li li Collaborate with engineering teams to influence chamber design, RF systems, gas delivery, thermal management, endpoint control, and process diagnostics /li li Interpret and apply modelling tools (e.g., COMSOL) to predict plasma behaviour and hardware impact /li li Collaborate with customers, research institutes, universities, and partners to align future technology requirements /li li Generate technical reports, publications, invention disclosures, and executive summaries /li li Travel to meet customers, attend conferences, and participate in collaborative work /li /ul b Key requirements /b ul li Significant industrial or research experience in plasma processing, semiconductor equipment development, or advanced manufacturing /li li Strong understanding of plasma etch and/or deposition technologies /li li Knowledge of RF power delivery systems, plasma sources, thermal management, vacuum systems, endpoint detection, and semiconductor equipment architecture /li li PhD in Physics, Plasma Physics, Chemistry, Materials Science, Semiconductor Technology, Electronic Engineering, or related field /li li Proven track record in leading technical investigations and delivering significant results /li /ul ul li Leadership and mentoring /li li Cross-functional collaboration /li li Effective communication to technical and non-technical audiences /li li Plasma etch and deposition technologies /li li RF power delivery and plasma sources /li li Thermal management and vacuum systems /li /ul
Principal Research Scientist in Fife employer: KLA-Tencor
KLA's SPTS division in Newport, UK, is an exceptional employer that fosters a collaborative and innovative work culture, where engineers and scientists are empowered to drive advancements in semiconductor technology. With a comprehensive benefits package, including generous annual leave, a contributory pension scheme, and opportunities for professional growth through project management tasks and international collaboration, KLA is dedicated to supporting its employees' career aspirations while contributing to cutting-edge developments in the electronics industry.
