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.

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 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.

As a Process Safety Engineer, you will ensure compliance with safety regulations, assist in facility modifications, prepare disposal contracts, and monitor waste handling.

The role involves developing and optimizing assembly processes for advanced packaging technologies and collaborating across teams to improve quality and efficiency. It includes evaluating equipment, conducting data analysis, and ensuring smooth transition to high volume production.

The Fab Process & Equipment Engineer will optimize processes and equipment in semiconductor manufacturing, enhancing yield, quality, and cost efficiency while troubleshooting complex issues.

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

As a Senior Engineer in Process Development for Cell Film, you will execute thin film processes, analyze data, support tool operations, and collaborate with senior engineers on advanced NAND memory technologies.

As a Process Control Engineer, you will enhance manufacturing efficiency by developing advanced control solutions, integrating AI/ML, and collaborating across teams.

The role involves developing and optimizing dry etch processes for NAND technology, collaborating with teams, and conducting research while maintaining pilot manufacturing lines.

Develop and optimize CMP processes for 3D NAND parts, focusing on product quality and reliability, while managing complex projects and mentoring team members.

The Senior Engineer will develop, optimize, and troubleshoot processes in semiconductor manufacturing, focusing on yield and quality improvements while collaborating cross-functionally and leading project initiatives.

The Fab Process & Equipment Engineer is responsible for optimizing processes, product yield, quality, and cost reduction in semiconductor manufacturing. This role includes troubleshooting, coordinating evaluations, and implementing improvements while collaborating across teams.

The Engineer will work on process development, optimization, problem-solving in manufacturing, equipment evaluations, and quality improvements in the semiconductor industry.

The Fab Support Engineer maintains critical fab support systems, manages a team for production coverage, drives process improvements, and evaluates new equipment.

The Process Development Engineer will optimize processes for NAND technologies, collaborate with manufacturing teams, and lead projects for innovation and quality enhancement.

The Senior/Principal Engineer is responsible for enhancing NAND product yield and quality through innovative process solutions, managing cross-functional teams, and leading technology transfers from R&D to manufacturing.

The role involves optimizing semiconductor processes, analyzing data for root causes, managing project conditions, and improving yield and quality while collaborating across teams.

The MTS/Principal Engineer leads WET process development for NAND technology, conducting experiments, supporting process integration, and mentoring junior staff, while collaborating across teams to drive innovation and optimize processes.

Lead photolithography process development for memory devices, optimizing processes, defining specifications, and ensuring technology transfer across manufacturing sites.

Develop and optimize photolithography processes for advanced memory technologies, collaborating with cross-functional teams and driving yield improvements.