Top Process Engineer Jobs in Singapore

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

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

Designs, improves, and supports pharmaceutical manufacturing processes at a Singapore pilot plant. Responsibilities include process scale-up, technology transfer, troubleshooting equipment and production issues, monitoring KPIs, supporting commissioning, qualification and validation, contributing to capital projects, and training operators. The role requires collaboration with chemistry, operations, engineering, quality, and safety teams while maintaining cGMP, health and safety, risk assessment, and documentation standards.

Provides technical support for drug product commercialization and manufacturing, including process troubleshooting, deviation investigations, root-cause analysis, corrective actions, performance monitoring, routine supply operations, and continuous improvement. The role supports site projects, knowledge transfer, manufacturing and cleaning processes, and cross-functional technical teams. It is a two-year Singapore Workforce Singapore career conversion contract for Singaporeans or Singapore PRs.

Supervise industrial gas plant operations, commissioning, troubleshooting, optimization, shutdowns, and turnaround maintenance. Lead technicians and junior engineers, enforce HSE and process safety standards, manage risk assessments and permit-to-work activities, deliver continuous improvement initiatives, and coordinate IMS compliance. Act as a trainer and facility manager backup while supporting safe, reliable, and efficient production.

Owns semiconductor metrology and backend processes, including setup, control, troubleshooting, qualification, yield improvement, and cost reduction. Designs and analyzes DoE studies, performs root-cause investigations, implements corrective actions, maintains process documentation and reports, and supports equipment qualification and technology transfers. The role also leads improvement projects, trains technicians and engineers, and ensures quality, safety, housekeeping, and compliance.

Lead development and optimization of photolithography processes for advanced nodes, define process and equipment roadmaps, integrate new technologies, drive technology transfer with global teams, implement advanced process control (DOE/statistics/simulation), perform material and reticle/OPC evaluations, optimize overlay, mentor engineers, and contribute IP and AI-enabled process improvements.

The engineer will innovate process solutions for 3D NAND products, lead module development, perform optimization, and guide cross-functional teams.

Develops and optimizes Plasma-CVD and thermal diffusion processes for advanced NAND Flash technology. Responsibilities include thin-film characterization, experimental design, data analysis, recipe development, process troubleshooting, defect and failure analysis, process transfer, pilot-line support, and yield improvement. The engineer collaborates with integration, metrology, manufacturing, equipment vendors, and other technical teams, while managing technical projects and supporting occasional travel, off-shift, and weekend operations.

Lead design, development, and transfer of CMOS 3D NAND process integration solutions to improve yield, quality, and manufacturability. Diagnose module deficiencies, run development experiments, coordinate cross-functional teams, support manufacturing ramp-up and training, and present findings at reviews and yield summits.

Develops and optimizes photolithography processes for advanced 3D NAND manufacturing. Responsibilities include applying AI to process development, improving yield and quality, evaluating hardware and novel processes, troubleshooting cross-functional issues, implementing process monitoring and control, supporting future technology nodes, and generating patents or technical publications. The role also involves collaboration with global R&D teams, vendors, suppliers, and manufacturing partners, with potential travel for collaborative research.

The Senior Engineer focuses on CVD/Diffusion process development for NAND technology, executing experiments, tool troubleshooting, and supporting manufacturing process transfer.

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 technical strategy for NAND thin film processes, develop and integrate advanced film technologies, mentor engineers, and drive technology transitions to manufacturing.

Develops and optimizes semiconductor manufacturing processes and equipment to improve yield, quality, reliability, cost, cycle time, and productivity. Responsibilities include process parameter setup, equipment and material evaluations, new process qualifications, root cause analysis, audits, supplier collaboration, and resolving manufacturing issues using SPC, FMEA, 8D, data analysis, and AI-enabled tools.

This internship evaluates wet etch process conditions and equipment parameters to reduce manufacturing defects, improve etch-rate uniformity, and increase process stability. Responsibilities include analyzing process data, conducting characterization studies, evaluating recipes and equipment settings, developing qualification plans, and making engineering recommendations. The intern will gain experience in semiconductor manufacturing, experimental design, process engineering, technical communication, and AI-enabled data analysis.

Lead development, optimization, qualification, and manufacturing transfer of III-V epitaxial growth and wafer fabrication processes for semiconductor devices. Responsibilities include MOCVD process development, yield and quality improvement, NPI support, troubleshooting, technology transfer, data analytics, AI/ML, statistical process control, advanced characterization, and failure analysis.

Lead development of dry etch processes for NAND scaling, drive next-generation plasma etch solutions, evaluate chemistries and hardware, collaborate across integration teams, and apply AI/ML and advanced analytics to accelerate process development and manufacturability.

Leads 3D NAND process integration and module development from R&D through high-volume manufacturing. Defines specifications, resolves structural, electrical, and reliability issues, optimizes process control and manufacturability, evaluates materials, conducts experiments, analyzes data, coordinates cross-functional teams, and guides technology transfer. The role also provides technical leadership, sets goals and strategy, drives innovation, and generates intellectual property.

The Dry Etch MTS/Principal Engineer leads development of dry etch processes, collaborates across teams, and mentors peers, focusing on NAND technology and process innovation.

The Principal Engineer will lead CMP process development for NAND technologies, optimize processes, collaborate globally, and mentor junior engineers.

Provides technical leadership for ink manufacturing processes across the product lifecycle. Designs manufacturing methods, capacity models, factory layouts, tooling strategies, operating procedures, and maintenance plans. Leads cross-functional projects, governs engineering quality and compliance, resolves production defects, improves processes, integrates new technologies, and develops manufacturing standards. Mentors engineers and supports strategic planning through performance metrics and technical reporting.

The Staff Engineer supports advanced NAND technology deployment by optimizing wet processes, managing experiments, and collaborating cross-functionally to enhance yield and quality.

The Senior Engineer supports photolithography process development by executing optimization tasks, conducting statistical analyses, documenting results, and collaborating with cross-functional teams.

Lead process integration efforts for next-generation 3D NAND to improve yield, quality, and cost. Identify module deficiencies, lead cross-functional teams, develop and transfer process solutions to manufacturing, support ramps and qualification, and apply AI-driven analytics to optimize workflows and decision making.