Top Process Engineer Jobs in Singapore

The Staff Engineer develops and optimizes thin film processes, addresses process issues, supports scaling, and mentors junior engineers while ensuring compatibility with integration and device teams.

The Senior Engineer develops advanced dry etch processes for 3D NAND technology, optimizing recipes and enhancing yield and quality through cross-functional collaboration and analysis.

Develops and optimizes semiconductor manufacturing processes and equipment to improve yield, quality, reliability, cost, cycle time, productivity, and risk management. Responsibilities include setting process parameters, troubleshooting manufacturing issues, performing root-cause and statistical analysis, qualifying new processes, equipment, and materials, supporting audits, collaborating with suppliers, and applying AI-enabled tools to engineering problem-solving and continuous improvement.

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 advanced photolithography development, defining technology roadmaps, mentoring engineering teams, and driving innovation for semiconductor processes.

The Principal Engineer leads wet process development for NAND memory technology, driving experiments, cross-functional collaboration, and innovation in process solutions.

Lead dry etch process development for NAND modules, overseeing complex projects, driving technology roadmaps, and mentoring peers in specialized skills.

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.

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

The Staff Engineer in Process Development focuses on optimizing thin film processes and ensuring integration readiness, while mentoring junior engineers and driving continuous improvement through AI tools.

Manage, maintain, and optimize manufacturing processes and work instructions. Monitor critical process parameters, resolve production deviations, lead CAPA and continuous improvement initiatives, and improve efficiency, quality, OEE, and manufacturing costs. Support new product introduction, process scale-up, validation, change management, audits, root-cause investigations, and GMP/EHS compliance. Train production personnel and maintain SOPs, work instructions, and technical materials.

Develops and optimizes semiconductor process control systems to improve yield, quality, reliability, cost, and productivity. Responsibilities include data analysis, process modeling, statistical and fault detection methods, equipment and material evaluation, control limit and OCAP development, supplier coordination, system integration, and smart manufacturing solutions using machine learning, IIoT, and advanced controls. The role also provides technical support, training, and cross-functional collaboration across process and equipment 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.

Develop and optimize thin film processes for microelectronic devices, support scaling and integration, and mentor junior engineers.

The role involves leading process modules for 3D NAND semiconductor development, defining specifications, resolving issues, optimizing performance, conducting experiments, and coordinating cross-functional teams.

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

Lead cross-functional semiconductor process integration efforts to improve fab yield and reliability. Design, run, and analyze experiments, collaborate with global fab teams, communicate module issues, and standardize best-known methods to optimize processes and forecast yield and output.

Lead development and optimization of wet etch unit processes for advanced NAND, drive experiments and DoE, integrate processes with cross-functional teams, troubleshoot yield/quality issues, evaluate hardware, generate IP, implement process monitoring/control, and collaborate globally including suppliers while incorporating AI-assisted tools.

Designs and optimizes semiconductor and display manufacturing processes through experimentation, data analysis, hardware characterization, film-property measurement, and root-cause troubleshooting. The role produces technical documentation, supports new technology and instrumentation implementation, collaborates with vendors and suppliers, and engages customers to resolve process engineering issues.

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, Process Development will support NPI through process qualification, data analysis for improvements, and cross-functional collaboration in semiconductor packaging.

Lead development of next-generation thin film processes for NAND, including dielectric, conductive, interface, and charge-storage layers. Drive materials and deposition innovation, integrate new processes with device and yield teams, mentor engineers, lead technical task forces, and apply AI/advanced analytics to accelerate process development and R&D productivity.

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.

The role involves developing and optimizing NAND manufacturing processes, collaborating on technology innovations, managing experiments, and leading initiatives for improvement.

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