Top Process Engineer Jobs in Singapore

The SMT Assistant Process Engineer operates and maintains SMT equipment for PCB assembly, ensuring quality and efficiency through troubleshooting and process improvement.

Develop, optimize, and maintain SMT assembly processes for PCBA, ensuring high yield and quality through process improvements and equipment utilization.

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 support the setup of a semiconductor line, transferring processes from R&D to production, design experiments, analyze data, and train engineers.

The role involves optimizing semiconductor processes, troubleshooting, leading root cause analyses, training engineers, and participating in equipment expansion projects.

The Process Engineer will develop and optimize SMT assembly processes for PCBA, improve production quality, and support New Product Introductions while adhering to industry standards.

The role involves improving CMP/Wafer processes, quality levels, cost efficiencies, and mentoring engineers within a semiconductor manufacturing environment.

The Special Process Engineer ensures compliance with Safety, Quality, Delivery and Cost objectives for Surface Treatment processes, conducts assessments and continuous improvements, and collaborates on new product introductions.

Support the setup and ramp of semiconductor manufacturing lines, collaborating across teams, managing processes, and ensuring smooth technology transfers.

Seeking a Silicon Photonics Process Engineer to develop photonic technologies for data center solutions, managing foundry processes and support.

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

The Process Engineer is responsible for optimizing processes to enhance product quality and reliability, improve yield, reduce costs, and resolve manufacturing issues in the semiconductor industry.

As a Process Engineer, you'll improve product quality and reliability by developing and optimizing processes, handling yield improvement, and resolving manufacturing issues.

The Process Engineer will support semiconductor manufacturing line setup and ramp, collaborating with teams to transfer processes from R&D to pilot production, ensuring timely execution of technology transfer.

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

The Senior Process Engineer will oversee technology transfer, process optimization, compliance, and documentation in the CGT division, ensuring GMP standards and collaborating with teams and clients.

This internship provides hands-on experience in semiconductor packaging processes, focusing on Flip Chip Attach and Underfill technologies, data analysis, and AI-driven optimization.

The Process Engineer is responsible for optimizing manufacturing processes, enhancing product quality, resolving assembly issues, and collaborating with suppliers to manage costs and quality.

Responsible for leading product manufacturing, developing operating instructions, troubleshooting process issues, and ensuring safety and quality standards.

The role involves designing and maintaining data pipelines, optimizing data architecture, collaborating with data scientists, ensuring data quality, and integrating AI/ML models in production workflows.

As a Lithography Process Engineer, you will enhance photolithography processes, monitor performance metrics, troubleshoot defects, and collaborate with teams to improve yield and compliance in semiconductor manufacturing.

The Senior Engineer will develop new consumable products, manage design cycles, evaluate technologies, and collaborate with teams to implement processes and materials.

The role involves leading NAND process modules, defining specifications, resolving issues, optimizing performance, and coordinating cross-functional efforts in semiconductor technology development.

The role involves developing and optimizing diffusion processes, integrating with manufacturing, and leading cross-functional teams to improve quality and yield in NAND technology. It requires technical expertise in materials science and engineering principles, along with collaboration with global teams and driving innovation projects.

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