Semiconductor Process Engineer

Overview

In this role you will bridge R&D and Manufacturing to develop, transfer, and optimize coated consumable manufacturing processes in a cleanroom. You will drive NPI industrialisation, design for manufacture input, and establish CPPs and CQAs to improve yield and process capability. You will work cross-functionally to solve production issues and implement data-driven improvements. The position offers impact across technology transfer, process control, and ongoing process optimisation within a regulated setting. You will collaborate with R&D, Quality, Supply Chain and external partners to scale and improve manufacturing workflows.

Responsibilities

• Develop and transfer manufacturing-ready processes with R&D for new products
• Lead or support technology transfer and NPI industrialisation with DM input
• Define CPPs and CQAs
• Develop, optimise and control coating, surface preparation and chemical treatment processes
• Apply DoE and statistical analysis to improve capability, yield, throughput, cost and consistency
• Establish and monitor process KPIs and drive continuous improvement
• Investigate production issues, process variation and yield loss via root cause analysis
• Collaborate with R&D, Manufacturing, Quality, Supply Chain, Operations and external partners

Key requirements

• Degree in Chemical Engineering, Materials/Surface Science, Chemistry, Physics or 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
• Knowledge of DoE, 8D, FMEA and structured problem-solving
• Strong analytical, project management, communication and cross-functional collaboration skills

• cross-functional collaboration
• communication
• project management
• DoE
• statistical analysis (Minitab/JMP)
• coating technologies

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