Top Process Engineer Jobs in Singapore

Design and analyze process systems for oil & gas and LNG projects: develop PFDs/UFDs/P&IDs, run process simulations and heat/material balances, prepare equipment and instrument datasheets, ensure compliance with codes and standards, and collaborate with multidisciplinary teams during project execution.

The role involves leading process modules for 3D NAND semiconductor development, defining specifications, resolving issues, optimizing performance, conducting experiments, and coordinating cross-functional teams.

The engineer will enhance manufacturing performance through yield analysis and data analytics, applying knowledge of semiconductor processes to identify and resolve issues.

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.

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.

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

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

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.

Lead process development and optimization for printing, die cutting, lamination, assembly and converting. Support NPI, validation (IQ/OQ/PQ), capability studies, troubleshoot production/quality issues, implement CAPA, drive Kaizen/Lean/Six Sigma initiatives, evaluate materials/equipment, coordinate tooling/ECN/ERP, ensure ISO compliance, prepare SOPs and participate in audits.

Develop and optimize processes for NAND memory production while collaborating with cross-functional teams and managing technology development projects.

Lead development of next-generation thin film processes for NAND, including dielectric, conductive, interface, and charge-storage layers. Drive materials and deposition innovation, integrate new processes with device and yield teams, mentor engineers, lead technical task forces, and apply AI/advanced analytics to accelerate process development and R&D productivity.

Develops, optimizes, and sustains advanced semiconductor packaging etch processes for high-volume manufacturing. Responsibilities include designing experiments, qualifying processes and equipment, troubleshooting technical and yield issues, improving process robustness using SPC, DOE, Lean, and Six Sigma, supporting equipment productivity, meeting quality and reliability targets, and coaching engineers. The role also supports equipment startup, manufacturing integration, continuous improvement, and environmental, health, safety, and security programs.

Lead development and support of flip chip assembly for silicon photonic wafers. Design and execute DOE, qualify materials, drive reliability validations, root-cause failure analysis, implement SPC and control plans, and produce SOPs/WIs to support NPI and long-term process stability.

Develop, qualify, and deploy manufacturing processes for optical transceivers (die attach, wire bond, active alignment, assembly) through high-volume production. Own process documentation, change control, equipment selection and introduction, SPC and yield analysis, failure analysis, and automation. Collaborate with suppliers, contract manufacturers, design, and quality teams; support qualification and reliability testing. International travel required.

Lead development and optimization of optical active alignment processes for transceiver production. Operate, qualify, and maintain alignment equipment; develop and improve alignment algorithms; manage epoxy dispensing/curing and fixture design; perform equipment buyoff; collaborate with R&D and manufacturing to improve yield, troubleshoot equipment and processes, and maintain process documentation for continuous improvement.

The Principal Engineer leads NAND cell film process development, driving strategic advancements, resolving technical challenges, and mentoring senior engineers to ensure successful integration into manufacturing.

Lead wet-process equipment and process development to improve yield, quality, cost, and sustainability. Drive tool startup, qualification, CIP roadmaps, defect reduction, IoT sensor integration, AI-assisted process improvements, supplier collaboration, and root-cause analysis across global fab sites.

The role involves supporting production ramp through process qualification, tool release, and productivity improvement, alongside data analysis and cross-functional collaboration.

Own photolithography process stability and continuous improvement in high-volume semiconductor manufacturing. Responsibilities include monitoring process parameters, SPC, defects, yield, and productivity; qualifying tools; supporting new product introduction and prototypes; analyzing DOE and yield data; developing recipes and workflows; enabling technology ramp-up; and collaborating with equipment and manufacturing teams. The role also requires automation, troubleshooting, safety compliance, and occasional swing-shift or overtime support.

Supports semiconductor process and equipment performance at customer sites. Installs, diagnoses, services, and repairs complex systems; develops and optimizes processes; designs experiments; analyzes process data statistically; prepares technical reports; troubleshoots issues; performs root-cause analysis; and resolves customer product problems. The role requires daily cleanroom engagement, strong stakeholder communication, and collaboration with customers and internal R&D teams.

Develop and optimize semiconductor CMP process formulations, methods, controls, and integration strategies. Establish SOPs and FMEAs, analyze technical charts, assess product-process compatibility, coordinate equipment and material capabilities, and drive continuous improvement initiatives. Collaborate with cross-functional teams to meet quality, performance, cost, schedule, safety, and technology requirements while working normal or swing shifts.

Provides technical production support for SCIEX analytical products, optimizing and validating manufacturing processes, improving cost, quality, first-pass yield, and internal defect rates. Leads cross-functional improvement projects, supports product transfers between facilities, and develops manufacturing knowledge covering tooling, fixtures, assembly, alignment, precision measurement, and fabrication processes.

Support plant process engineering activities including P&ID and PSI maintenance, lead MOC, manage small capital projects, collaborate cross-functionally to improve operational efficiency, recommend equipment and implement cost/productivity optimizations while ensuring regulatory and safety compliance.

Sustain, optimize, and develop photolithography processes in high-volume semiconductor manufacturing. Analyze SPC charts, critical dimensions, overlay performance, and defects; tune exposure and resist processes; manage lithography tools; conduct DOE and split-lot analyses; support tool qualification, technology transfers, product introductions, and ramp-up. Lead cross-functional yield-excursion resolution, process improvements, corrective actions, and quality compliance activities while supporting environmental, health, safety, and security programs.