Top Process Engineer Jobs in Singapore

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

Coordinate the manufacture of API Intermediate processes, ensure quality and safety standards, develop instructions, troubleshoot issues, and lead process improvements.

As a Process Engineer, you will optimize processes to improve quality and reliability, resolve assembly issues, and manage suppliers.

The intern will assist the Assembly Process Engineering team with semiconductor packaging processes, focusing on Flip Chip Attach and Underfill technologies, utilizing statistics and AI programming for process analysis and improvements.

Lead implant process development, collaborate with teams for performance targets, and drive equipment evaluation for manufacturing scalability.

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.

The role involves leading a semiconductor dry etch team, managing process technology development, ensuring product quality, mentoring team members, and driving operational efficiency improvements.

The Process & Equipment Engineer will improve semiconductor processes, resolve complex issues, and optimize production while ensuring quality and efficiency.

Develop and maintain automation solutions for lab and production environments. Collaborate with teams to integrate systems, ensure standardization, and implement improvements.

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

The Process Control Engineer develops and sustains Micron's Process Control Systems, focusing on SPC, FDC, MES, and continuous improvement processes. They collaborate with various engineering teams to ensure system reliability, data integrity, and audit readiness, while leading SPC and FDC strategies and managing system interfaces.

The role involves process development and optimization in semiconductor manufacturing, utilizing AI tools, managing global improvements, and mentoring teams.

The Senior Engineer in TD Wet Process will develop and optimize processes, integrate solutions, and manage experiments to improve yield and quality for advanced NAND manufacturing while adhering to intellectual property policies.

The Process Engineer will design engineering experiments, analyze results, implement new technologies, train engineers, and resolve complex issues within safety guidelines.

The Process Engineer will design and analyze experiments, troubleshoot issues, measure film properties, generate reports, and engage with customers, leading project teams as needed.

The role involves designing manufacturing processes, ensuring technical aspects are met, leading cross-functional teams, and managing product assembly efficiency.

Develop and qualify III-V epitaxy and wafer fabrication processes, focusing on optimization, yield improvement, and new product introduction while collaborating with international teams.

This role focuses on developing III-V epitaxy and fabrication processes, optimizing for yield, cost, and production support while using AI/ML tools.

The role involves developing and qualifying III-V epitaxy and wafer fabrication processes, focusing on optimization, yield improvement, and cost control.

The role involves designing, developing, and implementing effective semiconductor process solutions to enhance NAND product yield and quality, while leading cross-functional teams to address key deficiencies.

As a Process Engineer, manage N2O manufacturing, troubleshoot equipment, design optimization projects, ensure safety standards, and train staff to enhance operational efficiency.

As a Process Engineer, you'll design and optimize manufacturing processes for semiconductor technologies, analyze data, troubleshoot issues, create documentation, and interact with customers.

Drive development of fabrication processes for TFLN and hybrid silicon photonics integration, optimizing manufacturing and conducting root-cause analyses.

Lead customer discussions to solve high-value problems, implement continuous improvement projects, and mentor junior engineers while resolving complex issues using analytical skills.

Responsible for developing and optimizing CMP processes for 3D NAND, managing experiments, and collaborating with teams to improve product quality and reliability.