Top Process Engineer Jobs in Singapore

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

The Fab Process & Equipment Engineer will focus on process start-up, optimization, and troubleshooting in semiconductor manufacturing while applying data analysis methodologies.

The Principal Engineer leads NAND cell film process development, driving strategic advancements, resolving technical challenges, and mentoring senior engineers to ensure successful integration into manufacturing.

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.

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

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 Principal Engineer coordinates advanced thin film process development for NAND memory technology, focusing on innovation, technical strategy, and team leadership.

Design and implement packaging processes for optocoupler isolation products. Evaluate materials and processing techniques, run DOE, optimize processes, lead yield analysis and failure investigations, and collaborate across design, manufacturing, and contract partners to validate new device processes and drive cost, yield, quality, and reliability improvements.

Design and analyze complex engineering experiments, troubleshoot process issues, measure film properties, and lead project teams while communicating with customers.

Process Engineer responsible for supporting semiconductor manufacturing setup, process transfer, training, and collaboration across engineering and operations teams.

Lead development and optimization of photolithography processes for advanced nodes, define process and equipment roadmaps, integrate new technologies, drive technology transfer with global teams, implement advanced process control (DOE/statistics/simulation), perform material and reticle/OPC evaluations, optimize overlay, mentor engineers, and contribute IP and AI-enabled process improvements.

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.

As a Process Control System Engineer, you'll improve manufacturing processes, analyze data, and develop smart control solutions in semiconductor production.

As a Ramp Process Engineer, you will design and optimize manufacturing processes while collaborating with R&D and production teams for technology transfer and pilot production setup.

The Staff Engineer supports advanced NAND technology deployment by optimizing wet processes, managing experiments, and collaborating cross-functionally to enhance yield and quality.

The Senior Engineer supports photolithography process development by executing optimization tasks, conducting statistical analyses, documenting results, and collaborating with cross-functional teams.

The Senior Engineer focuses on CVD/Diffusion process development for NAND technology, executing experiments, tool troubleshooting, and supporting manufacturing process transfer.

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

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