Top Process Engineer Jobs in Singapore

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

The Staff Engineer oversees wet process module execution for NAND, optimizing processes, leading experiments, and driving cross-functional integration to enhance yield and reliability.

The Staff Engineer leads the development and optimization of dry etch processes for NAND, enhancing capability and integrating solutions while mentoring junior engineers.

The Principal Engineer leads technical strategy and innovations in Cell Film process development for NAND devices, ensuring integration into manufacturing and resolving complex technical challenges.

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

Lead development of dry etch processes for NAND scaling, drive next-generation plasma etch solutions, evaluate chemistries and hardware, collaborate across integration teams, and apply AI/ML and advanced analytics to accelerate process development and manufacturability.

Lead design, development, and transfer of CMOS 3D NAND process integration solutions to improve yield, quality, and manufacturability. Diagnose module deficiencies, run development experiments, coordinate cross-functional teams, support manufacturing ramp-up and training, and present findings at reviews and yield summits.

Drive manufacturing performance and yield improvement for backend assembly and test by applying statistical and data-driven analysis. Identify root causes, lead cross-functional corrective actions, maintain Pareto analyses, and integrate AI-assisted tools to improve quality, reliability, and production issue resolution in high-volume semiconductor manufacturing.

Supports contamination control and process engineering in semiconductor fabrication. Responsibilities include responding to alerts, sampling Fab and FOUP environments, investigating contamination issues, monitoring systems, enforcing cleanroom protocols, optimizing process conditions, configuring semiconductor equipment parameters, evaluating materials and equipment, and driving continuous improvement through special projects and AI-enabled tools.

Supports development, characterization, and optimization of thin-film deposition processes for advanced semiconductor packaging. The intern conducts wafer processing experiments, analyzes process and metrology data, characterizes film properties, troubleshoots process and equipment issues, performs root-cause analysis, documents results, and presents findings. The role collaborates with process, hardware, manufacturing, and product engineering teams while gaining hands-on experience in semiconductor process development and advanced packaging technologies.

The Dry Etch MTS/Principal Engineer leads development of dry etch processes, collaborates across teams, and mentors peers, focusing on NAND technology and process innovation.

The Senior Engineer in Wet Process Development optimizes wet processes for advanced NAND technology, improves margins, and addresses quality issues through integration and experimentation, collaborating with cross-functional teams and contributing to innovation.

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.

Perform process and equipment troubleshooting, qualification, and optimization for semiconductor manufacturing. Lead new equipment qualification, support SPC/FDC/RMS/APC, manage MES data, drive yield improvement and cost reduction, manage supplier quality, and integrate AI-assisted tools for process improvements.

Design and implement process solutions to improve next-generation 3D NAND yield and quality. Lead cross-functional teams, define CSPEC, coordinate manufacturing experiments, transfer R&D to production, and support ramp-up and qualification while integrating AI-assisted tools.

Leads global logistics process excellence, supply chain transformation, and continuous improvement initiatives. Designs and optimizes processes spanning planning, procurement, inventory, and distribution; manages complex cross-functional programs; develops business cases and performance metrics; and uses analytics and digital capabilities to improve operational efficiency, decision-making, and measurable business outcomes across global and matrixed organizations.

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

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.

Lead photolithography process development for NAND technology, ensuring robust and manufacturable solutions while partnering with R&D and manufacturing teams.

The Senior/Staff Engineer will lead process modules for 3D NAND development, resolve issues, optimize performance, and support technology transfer in semiconductor manufacturing.

Resolve process and equipment problems, support equipment qualification, lead yield improvement initiatives, manage data analysis, and collaborate cross-functionally within semiconductor manufacturing.

Perform process and equipment troubleshooting, lead new equipment qualification and process baseline validation, drive yield improvement and cost reduction, manage MES data, support SPC/FDC/RMS/APC, supplier audits, and integrate AI-assisted tools to optimize semiconductor manufacturing processes.

Design and implement advanced process control, automation, and analytics solutions for semiconductor manufacturing. Collaborate with process teams, apply statistical analysis and machine learning to improve yields, maintain global control applications, and deliver training while promoting continuous improvement and responsible use of AI tools.

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.

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