Top Process Engineer Jobs in Singapore

Lead technology transfer and NPI execution for API products, perform process and equipment gap assessments, develop GMP documentation, drive process readiness and validation, lead troubleshooting and deviation investigations with RCA/CAPA, implement continuous improvement using Lean and FMEA, support automation and deltaV process control, manage projects and global stakeholders, and mentor junior engineers.

The FE Central Quality Process Engineer will lead new product quality risk assessments and deploy quality control systems while supporting improvements in semiconductor manufacturing processes.

As a Process Engineer, you will optimize processes to improve quality and reliability, resolve assembly issues, and manage suppliers.

The Senior Process Engineer will lead manufacturing campaigns, develop operating instructions, troubleshoot quality issues, ensure adherence to GMP standards, and collaborate with cross-functional teams to improve processes.

The Process Engineer training program at Pfizer aims to develop skills for biopharmaceutical manufacturing, focusing on process engineering, troubleshooting, and safety standards over a 15-month period.

The F10 Probe Process Engineer will define and maintain probe process recipes, collaborate with teams for system configuration, and support automation in probe operations.

This program develops biopharmaceutical manufacturing skills through training in process control, troubleshooting, and adherence to safety and quality standards. Participants will engage in practical experiences and contribute to process improvements while collaborating with teams.

The role focuses on improving RDA tools and processes in semiconductor manufacturing, managing logistics, supporting operations, and driving performance metrics.

The Process Control Engineer develops and manages Micron's Process Control Systems, collaborating with various engineering and quality teams to ensure control and compliance in manufacturing processes.

The role involves process integration in NAND technology, analyzing deficiencies, developing criteria, leading projects, and ensuring manufacturing transfer.

The Principal Engineer will lead CMP process development for NAND technologies, optimize processes, collaborate globally, and mentor junior engineers.

This internship focuses on yield improvement in semiconductor manufacturing by analyzing process flows and wafer edge performance to reduce yield losses through data-driven methodologies.

Responsible for developing and optimizing CMP processes for 3D NAND, managing experiments, and collaborating with teams to improve product quality and reliability.

Lead development and optimization of wet etch unit processes for advanced NAND, performing experiments, hardware evaluations, DoE, data analysis, and process integration. Drive yield, quality, and manufacturability improvements across global teams, implement advanced process monitoring and controls, and contribute IP through patents and technical papers while guiding cross-functional projects and supplier collaborations.

Lead development and optimization of wet etch unit processes for advanced NAND. Perform fundamental research, hardware evaluations, DoE-driven experiments, data analysis, and process monitoring/control. Drive yield, quality, and manufacturability improvements, manage cross-functional projects, collaborate globally, and generate intellectual property.

The engineer will innovate process solutions for 3D NAND products, lead module development, perform optimization, and guide cross-functional teams.

The Process Control Engineer develops and sustains Micron's Process Control Systems, focusing on SPC, FDC, MES, and continuous improvement processes. They collaborate with various engineering teams to ensure system reliability, data integrity, and audit readiness, while leading SPC and FDC strategies and managing system interfaces.

The internship focuses on evaluating materials and processes to reduce manufacturing defects in dry etch operations while developing analytical and engineering skills.

Student internship to analyze NAND structural integration using inline characterization data. Tasks include correlating structural parameters with probe yield and device performance, defining inline monitoring specifications, collaborating across process areas, producing a technical report, and presenting findings to stakeholders.

The role involves leading lab enablement, maintaining reliability tests, ensuring compliance, analyzing process data, and implementing automation.

The role involves developing photolithography processes for memory devices, improving manufacturing yields, and collaborating with partners on technology advancements.

This role involves leading NAND technology integration, solving technology gaps, designing experiments, and driving technical innovation in memory solutions.

Responsible for improving yield, quality, and output in NAND Flash production, coordinating with teams, and analyzing process experiments.

The Process & Equipment Engineer will enhance semiconductor processes, focusing on development, yield improvement, cost reduction, and troubleshooting complex issues.

As a Fab Process & Equipment Engineer, you'll improve process conditions, optimize technology, analyze data, and address manufacturing line issues.