Semiconductor Process Engineer

Our Oxford based client is currently searching for a Semiconductor Process Engineer to support the development, transfer and optimisation of coated consumable manufacturing processes within a cleanroom environment. The role will  act as a technical bridge between R&D and Manufacturing, supporting NPI, design transfer, process capability, yield improvement and production problem-solving. The ideal candidate will have experience in chemical processing, surface engineering and coating technologies, ideally within a regulated, precision-manufacturing environment.
Key Responsibilities
Partner with R&D to develop and transfer manufacturing-ready processes for new products
Lead/support technology transfer and NPI industrialisation, providing Design for Manufacture input
Define Critical Process Parameters (CPPs) and Critical Quality Attributes (CQAs)
Develop, optimise and control coating, surface preparation and chemical treatment processes
Use DoE, statistical analysis and structured problem-solving to improve process capability, yield, throughput, cost and consistency
Establish and monitor process KPIs and drive continuous improvement
Investigate production issues, process variation and yield loss using root cause analysis
Collaborate with R&D, Manufacturing, Quality, Supply Chain, Operations and external suppliers/technology partners
Essential Experience
Degree in Chemical Engineering, Materials/Surface Science, Chemistry, Physics or a related discipline
Significant process engineering experience in a regulated manufacturing environment; semiconductor cleanroom experience preferred
Hands-on experience with coating technologies and surface treatments
Experience with statistical analysis tools such as Minitab or JMP
Practical knowledge of DoE, 8D, FMEA and structured problem-solving
Strong analytical, project management, communication and cross-functional collaboration skills.
Please contact Rachel Anderson for further details.