Top Process Engineer Jobs in Singapore

Design, monitor and improve pharmaceutical manufacturing processes to ensure GMP, quality, EHS and data integrity. Lead production campaigns, troubleshoot process issues, develop SOPs, train technicians, drive continuous improvements and support cross-functional investigations and transfers.

The Senior Process Engineer will lead manufacturing campaigns, develop operating instructions, troubleshoot quality issues, ensure adherence to GMP standards, and collaborate with cross-functional teams to improve processes.

Lead development, characterization, integration, and qualification of wafer-level advanced packaging processes (hybrid bonding, TCB, flip chip). Drive process and equipment selection, data-driven yield and quality improvements (SPC, DOE, FDC), and transfer technologies to high-volume manufacturing while collaborating across materials, equipment, reliability, design, manufacturing, and quality teams.

Lead process integration efforts for next-generation 3D NAND: identify yield gaps, develop process solutions, coordinate R&D-to-manufacturing transfers, run experiments, support ramp and qualification, and apply AI to optimize workflows and decisions.

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.

Full-time engineering intern supporting dry etch process and equipment evaluations in semiconductor manufacturing. The intern will analyze process data, investigate synthetic quartz rings and conditioning methods, study defect trends and process stability, develop qualification plans, and prepare technical reports and presentations. The role provides hands-on exposure to dry etch fundamentals, equipment architecture, statistical analysis, experimental design, process characterization, and cross-functional engineering collaboration.

The role involves optimizing semiconductor processes, analyzing data for root causes, managing project conditions, and improving yield and quality while collaborating across teams.

Optimize test processes, tools, and AI-enabled solutions to improve product quality and operational efficiency. Lead process characterization, problem resolution (excursions, RMAs), new process/equipment qualification, and high-volume product integration. Drive continuous improvement across quality, cycle time, delivery, and cost using analytics, automation, and AI. Ensure QMS compliance and participate in projects delivering digital and smart manufacturing solutions.

Engineering intern supporting semiconductor assembly output, yield, quality, reliability, and cost improvements. Responsibilities include studying assembly equipment and process controls, analyzing process and equipment data, planning experiments, applying statistical methods and root-cause analysis, proposing improvements, implementing approved solutions, and monitoring effectiveness. The role also explores Generative AI and Agentic AI for engineering analysis, documentation, and productivity.

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.

Lead development and optimization of wafer backside grinding, laser stealth dicing, and die sorting for silicon photonics. Troubleshoot process issues, improve yield and throughput, ensure compatibility with bumping/flip-chip, and produce SOPs, WIs, failure reports, and support NPI and process verification.

Develop, deploy, and sustain process control systems (SPACE SPC, Applied E3, MES/MAM/RMS) for Assembly & Test. Configure SPC/FDC models, ensure equipment-to-host connectivity (SECS/GEM), govern OCAP/recipes, monitor metrics, perform RCA, automate tasks with SQL/Python, and maintain audit-ready documentation while collaborating with cross-functional teams.

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

Conduct experiments to improve poly-SiGe gap filling in high-aspect-ratio semiconductor structures. Analyze deposition effects on film growth, conformality, voids, seams, pinch-off, and structural integrity using DOE, SEM/TEM cross-sections, and statistical methods. Correlate fill quality with die strength and wafer or block bending, then recommend optimized process windows and qualification plans. Collaborate with engineering teams and subject matter experts throughout the development cycle.

Develop and optimize photolithography processes for advanced 3D NAND manufacturing, improving yield, quality, process margins, and cost. Apply artificial intelligence to create photolithography process-development algorithms, evaluate hardware and novel processes, and implement process monitoring and control methods. Collaborate with manufacturing, R&D, suppliers, and global teams to troubleshoot integration issues, adapt technology for future nodes, identify simplification opportunities, and drive technical breakthroughs through patents and publications.

Develops, optimizes, and qualifies BEOL optical processes for semiconductor manufacturing. Uses DOE, RCA, hardware characterization, experimentation, and data analysis to improve yield, performance, and reliability. Collaborates with process, integration, device, quality, reliability, customer, vendor, and R&D teams to resolve technical issues, support milestones, implement mitigations, and document complex engineering experiments across multiple products.

Oversee industrial gas plant reliability, maintenance schedules, shutdowns, safety compliance, incident root-cause analysis, MOC, CAPA, OPEX/CAPEX control, and continuous process optimization. Lead operational technicians, coordinate vendors and cross-functional activities, manage daily handovers, and ensure personnel training and qualification. The role supports safe, reliable production while driving Lean and Six Sigma improvement initiatives.

Intern will develop software, data pipelines, integrations, dashboards, automation, and AI-enabled solutions for photolithography engineering in semiconductor manufacturing. Responsibilities include connecting equipment, manufacturing systems, databases, and engineering platforms; applying analytics and machine learning; and using modern software practices such as version control, testing, deployment, and maintainable architecture. The intern will collaborate with multidisciplinary engineering teams and deliver production-quality applications, documentation, reusable code, and a final technical presentation.

Lead development, integration, optimization, and technical support for wafer bumping and Fan-Out processes used in silicon photonic chip wafers. Responsibilities include process pathfinding, materials qualification, reliability validation, failure analysis, yield improvement, SPC control, incoming wafer quality, and NPI documentation. The role requires hands-on advanced packaging experience and expertise in photolithography, deposition, electroplating, finite element analysis, DOE, FMEA, and analytical software.

The F10 Probe Process Engineer will define and maintain probe process recipes, collaborate with teams for system configuration, and support automation in probe operations.

Lead process engineering for LNG regasification projects including process simulations, PFDs/P&IDs, heat and material balances, relief/blowdown and flare studies, equipment sizing, datasheets, and managing process teams through concept, FEED and detailed design.

Designs, improves, troubleshoots, and supports pharmaceutical manufacturing processes at a Singapore pilot plant. Leads scale-up and technology transfer activities, evaluates plant configurations, resolves equipment issues, supports commissioning and validation, contributes to capital projects, monitors performance indicators, and drives continuous improvement. The role also provides technical guidance and training while ensuring cGMP, safety, risk assessment, data integrity, and documentation standards are followed.

Responsible for semiconductor fab process and equipment start-up, development, optimization, yield and quality improvement, cost reduction, and productivity enhancement. Troubleshoots complex manufacturing issues using failure analysis, FMEA, 8D, SPC, and root cause analysis. Establishes process parameters, evaluates new equipment and materials, supports process qualifications, manages audits, and collaborates with suppliers. Uses AI-enabled tools and data analysis to improve process effectiveness and manufacturing outcomes.

Analyze semiconductor packaging, assembly, test, inline signals, process parameters, and manufacturing data to identify process variability and yield-loss contributors. Apply statistical analysis, visualization, programming, and AI-enabled workflows to investigate reject rates, develop engineering recommendations, document findings, and present results through a technical report and presentation.

Sustains and maintains semiconductor fab support systems, leads technician coverage, improves process conditions and safety interlocks, introduces OEM equipment, manages budgets, analyzes abnormalities, and drives capability, reliability, cost, and continuous-improvement initiatives using RMS, SCADA, monitoring dashboards, and AI-assisted tools.