Top Process Engineer Jobs in Singapore

The Process Support Engineer guides products from concept to qualification, provides on-site customer support, troubleshoots complex systems, and conducts data analysis.

The Principal Engineer will create and review technical charts, develop and modify process formulations, establish SOPs, and drive continuous improvement in a semiconductor manufacturing environment.

The MTS/Principal Engineer leads WET process development for NAND technology, conducts experiments, and collaborates with teams to optimize processes and technology transfer.

Analyze process data and optimize manufacturing processes using machine learning. Collaborate with plant personnel to address operational challenges and improve efficiency.

Lead the integration of NAND technology, develop strategic roadmaps, drive innovations, solve complex engineering problems, and collaborate with a global team.

Develop and optimize CMP processes in semiconductor manufacturing, collaborating with vendors, managing projects, and mentoring team members to enhance product quality and performance.

The role involves improving process conditions, managing projects, evaluating new equipment, and analyzing data to resolve issues.

Analyze SPC charts, monitor critical SPC data, improve process efficiency, and collaborate with teams to troubleshoot and optimize processes in semiconductor manufacturing. Responsible for training support staff and ensuring compliance with quality standards.

The Associate Engineer, Process supports silicon wafer production, assists in process qualification, troubleshoots issues, and manages process improvements using statistical methods.

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

As a Fab Process & Equipment Engineer, you will optimize semiconductor processes, improve productivity, conduct data analysis, and manage projects for process development.

The Process & Equipment Engineer will optimize processes, improve production costs, and analyze data to resolve complex manufacturing issues in the semiconductor industry.

The engineer will improve processes, upgrade capabilities, modify management projects, set parameters for semiconductor equipment, and analyze abnormalities.

The role involves improving process conditions, upgrading process capability, setting semiconductor equipment parameters, and analyzing abnormalities.

As a PD Engineer, you will develop and optimize Plasma-CVD or Diffusion processes for NAND Flash products, involving design, characterization, and troubleshooting in a R&D environment.

Lead photolithography process development for next-gen memory devices, ensuring technology transfer and optimizing processes for yield and performance.

As a Fab Process & Equipment Engineer, you will work on process start-up, optimization, yield improvement, and troubleshooting in semiconductor manufacturing.

As a NAND Module Process Integration Engineer, you will develop process solutions to enhance 3D NAND Product Yield and Quality, lead cross-functional teams, and support technology transfer to manufacturing.

The role involves improving plasma activation technology for hybrid bonding, designing experiments, optimizing processes, and collaborating globally on tech innovations.

As a Process Integration Module Engineer, you will enhance Yield and Quality in NAND Flash production by collaborating with teams, analyzing experiments, and communicating issues to improve fab processes.

The Process & Quality Engineer will oversee production transfer processes, ensure quality assurance with suppliers, and facilitate communication between teams in different locations, focusing on quality targets and process validation.

The role involves sustaining and improving process quality, analyzing data, managing process changes, and mentoring junior engineers in semiconductor manufacturing processes.

The Principal Engineer of Process Integration is responsible for optimizing manufacturing processes, troubleshooting issues, developing custom processes, and driving continuous improvements for project goals.

Responsible for the development, optimization, and qualification of semiconductor devices/processes to meet performance, schedule, and quality requirements. Conduct DOE design and analysis, drive problem solving, and guide junior engineers.