Top Process Engineer Jobs in Singapore

As a NAND Module Process Integration Engineer, you'll improve process solutions for 3D NAND products by identifying deficiencies, leading teams, and coordinating R&D efforts.

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

The role involves improving process conditions and capabilities, managing projects, and analyzing semiconductor equipment performance. It requires a problem-solving mindset and industry knowledge.

The role involves establishing and improving process conditions, upgrading process capabilities, managing projects, setting process parameters, and analyzing equipment performance.

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.

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.

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

The Director is responsible for improving manufacturing capabilities, managing global business processes, and aligning equipment and strategies across sites to achieve operational excellence.

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

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

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

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

The Principal Engineer will lead CMP process development for NAND technologies, optimize processes, collaborate globally, and mentor junior engineers.

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

The Process Engineer will support engineering activities for product sustainment, new product introduction, and process improvement in optics manufacturing, focusing on quality enhancement and productivity optimization.

The Process Engineer will enhance product quality and manufacturing efficiency through optimization, support product introduction, and maintain process documentation.

The Process Engineer will support engineering activities in product sustainment, new product introduction, and process improvement to optimize optics manufacturing, enhance productivity, and ensure quality performance.

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 role involves supporting the setup and ramp of semiconductor manufacturing lines, focusing on process transfer, collaboration, and project management to achieve production milestones.

As a Ramp Process Engineer, you'll design and optimize semiconductor manufacturing processes, analyzing data, troubleshooting issues, and facilitating technology transfer to production lines.

The R&D Process Engineer designs and analyzes engineering experiments, troubleshoots complex issues, generates documentation, and interacts with customers while implementing new technologies.

The Yield Defect Engineer leads yield development efforts for semiconductor devices, focusing on process optimization, data analysis, and collaboration with design and manufacturing teams to eliminate yield limiters and establish robust processes.

As an R&D Process Engineer, you will design and optimize manufacturing processes for semiconductor technologies, perform data analysis, troubleshoot issues, and collaborate with teams on advanced research projects.