Top Process Engineer Jobs in Singapore

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

Lead implant process development, collaborate with teams for performance targets, and drive equipment evaluation for manufacturing scalability.

The intern will assist the Assembly Process Engineering team with semiconductor packaging processes, focusing on Flip Chip Attach and Underfill technologies, utilizing statistics and AI programming for process analysis and improvements.

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.

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

The engineer will develop and optimize semiconductor processes, lead experiments, collaborate with teams, and support technology transfer for NAND Flash technologies.

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

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

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

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 advanced photolithography process development for next-generation memory devices focusing on innovation and technology transfer across manufacturing sites.

Lead process development and optimization to achieve yield, quality, and cost targets in semiconductor manufacturing. Mentor junior engineers and collaborate cross-functionally.

Lead process development and optimization in semiconductor manufacturing, focusing on yield improvement and defect reduction initiatives. Mentor junior engineers and collaborate cross-functionally.

Lead process development and optimization in semiconductor wafer fabrication to meet reliability, cost, and quality targets, while mentoring junior staff.

The Manager, Process Engineer will manage engineers in hardware characterization, resolve complex engineering issues for customers, lead technology demonstrations, and drive market share improvement efforts.

The Process Engineer develops and optimizes manufacturing processes for microfluidic products in the life sciences, ensuring quality and compliance.

The Process Engineer optimizes part cleaning processes, ensures quality standards, resolves technical issues, and enhances production yield while supporting continuous improvement initiatives.

The Senior Process Engineer will oversee technology transfer, process optimization, compliance, and documentation in the CGT division, ensuring GMP standards and collaborating with teams and clients.

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

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

The Engineer will develop and sustain RDA capabilities to improve equipment performance and process control in semiconductor manufacturing during NPI and ramp phases.

This role involves optimizing semiconductor processes and equipment, improving production efficiency, resolving process issues, and integrating AI tools for better outcomes.