Top Process Engineer Jobs in Singapore

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.

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.

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.

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

Lead a team to design and implement CMOS device solutions for NAND products, improving yield and reliability while managing cross-department collaborations and fostering team development.

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.

Establish and improve dry etch processes in semiconductor fabrication, manage projects, analyze data, and troubleshoot production issues to maximize yield.

The role focuses on developing and optimizing semiconductor processes, managing experiments, collaborating across teams, and driving innovations in NAND memory technology.

Manage end-to-end reliability stress tests and package qualification (thermal cycling, HAST, HTS, CSAM). Maintain process of record and SOP adherence, qualify equipment/layout changes, define process windows and control plans, and drive continuous improvement. Collaborate with Quality, NPI, Product and Equipment Engineering. Analyze process data using statistical and AI-assisted techniques, integrate AI tools responsibly, and ensure compliance with quality, audit, and EHS requirements.

The Senior Engineer, Process Integration will enhance NAND Flash production yields and quality through collaboration, data analysis, and process improvement experiments. Responsibilities include leading cross-functional teams, problem-solving, and integrating AI tools for operational efficiency.

Lead R&D and operations in advanced metrology processes, develop methods for accuracy and precision, and mentor engineers in a semiconductor manufacturing context.

Develop and optimize processes for NAND memory production while collaborating with cross-functional teams and managing technology development projects.

Process Integration Engineer responsible for improving yield, quality, and output on NAND Flash production. Design and analyze process experiments, collect and interpret data, lead cross-functional teams to resolve process issues, collaborate with global partners and production engineering, and integrate AI-assisted tools to enhance efficiency and continuous improvement.

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

The role involves leading lab enablement, maintaining reliability test processes, analyzing performance data, and partnering with Automation Engineers for improvements.

The engineer will own process modules for 3D NAND development, manage experiments for process margin improvement, and collaborate globally to enhance manufacturing integration and yield goals.

The role involves optimizing NAND process development, troubleshooting processes, managing experiments, and leading technical projects to enhance yield and quality in semiconductor manufacturing.

Lead development and optimization of photolithography processes, define specifications, drive process innovations, and collaborate with teams for technology transfer.

Lead innovation and development of dry etch processes, manage equipment roadmaps, mentor engineers, and collaborate across teams for NAND technology.

As a senior engineer in the Plasma-CVD process development team, you will design, optimize, and implement advanced processes for NAND Flash technology, while collaborating across various technical teams and handling projects.

The role involves leading a semiconductor dry etch team, managing process technology development, ensuring product quality, mentoring team members, and driving operational efficiency improvements.

The engineer will enhance manufacturing performance through yield analysis and data analytics, applying knowledge of semiconductor processes to identify and resolve issues.

The Engineer will support RAM operations, optimize tool performance, manage lot disposition, train team members, and enhance processes through data analysis.

Lead process integration for next-generation 3D NAND: identify module deficiencies, develop and implement process solutions, coordinate R&D-to-manufacturing transfers, drive CSPEC criteria and experiments, and lead cross-functional reviews to improve yield, quality, and manufacturability.