Top Process Engineer Jobs in Singapore

Lead BEOL process integration for semiconductor devices. Responsibilities include development, optimization, qualification, and problem-solving to enhance device performance.

The Principal Engineer will create and analyze technical charts, develop process methodologies, establish SOP and FMEA, and drive continuous improvements in a semiconductor environment, ensuring compliance with safety standards.

As a Fab Process & Equipment Engineer, responsibilities include optimizing processes, improving yields, troubleshooting issues, and evaluating equipment in semiconductor manufacturing.

As a Process Control Engineer, you will develop advanced control solutions, create automation tools, analyze manufacturing data, and train teams.

Lead cross-functional teams to improve semiconductor process flows and develop solutions. Conduct data analysis and assist in R&D to manufacturing transfers.

As a Fab Process & Equipment Engineer, you will optimize processes, enhance product yield, perform data analysis, and implement improvements within semiconductor manufacturing.

The role involves developing process formulations, conducting technical analyses, creating SOPs, and collaborating on continuous improvement plans in process engineering.

Lead photolithography process development for advanced memory devices, driving technology integration, supplier collaboration, and advanced process control methodologies.

Develop and optimize photolithography processes for advanced memory technologies, collaborating with teams, improving yields, and leading technology advancements.

Responsible for developing and integrating technologies, driving process development, collaborating with teams, and ensuring tech release for production.

Lead BEOL process integration in semiconductor device development and optimization. Oversee DOE design, problem-solving, and performance improvement initiatives.

As a Process Engineer, you will improve processes, analyze data using various software tools, and coach junior engineers while leading projects.

As a Process Integration & Yield Enhancement Engineer, you will enhance manufacturing processes, resolve design issues, analyze data for yield improvement, and document analysis results to support objectives.

The Machining Process or Automation Engineer leads CNC and automation projects to improve manufacturing efficiency, safety, and productivity in aerospace MRO environments.

The role involves conducting process hazard analysis and mitigating risks in semiconductor manufacturing, collaborating with various teams to ensure safety and compliance.

Lead advanced thin film process development for NAND memory technology, directing multi-functional teams, resolving technical challenges, and mentoring engineers.

As a NAND Module Process Integration Engineer, you will design, develop, and implement process solutions to enhance 3D NAND product yield and quality while coordinating activities for successful technology transfer to manufacturing.

Develop and optimize semiconductor processes, lead cross-functional teams, and manage experiments to improve yield and process quality. Collaborate globally and protect intellectual property.

The Director is responsible for optimizing semiconductor manufacturing processes, driving global alignment in strategy, and ensuring safety and efficiency across multiple sites.

The role involves developing CNC machining processes, leading project initiatives, guiding operators in machining techniques, and implementing improvements for safety and quality in aerospace manufacturing.

The Senior Process Integration Engineer manages product ownership in wafer manufacturing, enhancing yield and quality through process integration, defect reduction, and cross-functional collaboration.

The role involves overseeing process integration in semiconductor manufacturing, driving yield improvements, troubleshooting, and leading cross-functional teams.

Lead a team of engineers to develop NAND process solutions, ensuring safety, strategy for technology nodes, and collaboration with global partners.

Design, develop, and implement process solutions for 3D NAND product yield and quality. Collaborate with cross-functional teams and manage process improvements.

Develop and optimize processes for NAND performance, troubleshoot cross-functional issues, lead projects, and translate technology needs into process requirements.