Top Process Engineer Jobs in Singapore

Lead development, qualification, and manufacturing transfer of advanced packaging (hybrid bonding, TCB, flip chip). Design and analyze DOEs, perform process characterization, root-cause analysis, and yield/reliability improvement. Collaborate cross-functionally, evaluate materials/equipment, apply AI/automation and analytics, and support sample builds and supplier engagements toward high-volume readiness.

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.

Design, monitor and improve pharmaceutical manufacturing processes to ensure GMP, quality, EHS and data integrity. Lead production campaigns, troubleshoot process issues, develop SOPs, train technicians, drive continuous improvements and support cross-functional investigations and transfers.

Optimize test processes, tools, and AI-enabled solutions to improve product quality and operational efficiency. Lead process characterization, problem resolution (excursions, RMAs), new process/equipment qualification, and high-volume product integration. Drive continuous improvement across quality, cycle time, delivery, and cost using analytics, automation, and AI. Ensure QMS compliance and participate in projects delivering digital and smart manufacturing solutions.

The F10 Probe Process Engineer will define and maintain probe process recipes, collaborate with teams for system configuration, and support automation in probe operations.

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.

Process Integration Engineer responsible for improving yield, quality, and output on NAND Flash production. Design and analyze process experiments, collect and interpret data, lead cross-functional teams to resolve process issues, collaborate with global partners and production engineering, and integrate AI-assisted tools to enhance efficiency and continuous improvement.

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.

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

The Engineer will support RAM operations, optimize tool performance, manage lot disposition, train team members, and enhance processes through data analysis.

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.

Analyze NAND structural integration using inline characterization data to correlate structural parameters with probe yield and device performance. Define inline monitoring specifications, collaborate across process areas, produce a technical report, and present findings to stakeholders.

Lead innovation and development of dry etch processes, manage equipment roadmaps, mentor engineers, and collaborate across teams for NAND technology.

The Process Control Engineer develops and manages Micron's Process Control Systems, collaborating with various engineering and quality teams to ensure control and compliance in manufacturing processes.

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.

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

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.

The role involves developing photolithography processes for memory devices, improving manufacturing yields, and collaborating with partners on technology advancements.

The role focuses on improving RDA tools and processes in semiconductor manufacturing, managing logistics, supporting operations, and driving performance metrics.

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 process integration in NAND technology, analyzing deficiencies, developing criteria, leading projects, and ensuring manufacturing transfer.

Lead process integration for 3D NAND modules to improve yield, quality, and manufacturability. Identify defects and gaps, lead cross-functional projects, define CSPEC, run development experiments, transfer technology to manufacturing, and support ramp-up, documentation, and training.

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

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.

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.