Top Process Engineer Jobs in Singapore

Leads upstream and downstream manufacturing process investigations, root cause analysis, process improvements, technology transfers, process validation, and continuous process verification. Serves as a technical subject matter expert, supports regulatory submissions and audits, manages change controls, develops process documentation, and mentors junior Manufacturing Sciences engineers. Requires biopharmaceutical manufacturing or development experience, cGMP knowledge, strong analytical and communication skills, and the ability to work independently in a matrix environment.

Supports chemical process design, process optimization, safety adherence, routine experiments, troubleshooting, and process improvement within Takeda’s engineering operations. Works under close supervision on limited-scope problems, prepares technical documentation and presentations, applies foundational materials science, and collaborates with team members to improve production quality, cost, safety, reliability, and performance.

Own and improve semiconductor reliability laboratory processes, including qualification, implementation, monitoring, troubleshooting, and continuous improvement. Lead technicians, root-cause analysis, corrective actions, process controls, data analysis, and automation initiatives. Develop specifications, SOPs, control plans, and reaction plans while partnering with Operations, Equipment, Quality, Product, and Engineering teams to ensure reliable, compliant, and efficient process execution.

Analyzes, redesigns, and optimizes accounts payable finance processes in a global shared-services environment. Documents current processes, identifies control gaps and inefficiencies, engineers future-state solutions, and partners with IT on workflow automation and change deployment. Ensures IFRS, statutory, internal-control, compliance, and audit-readiness requirements. Creates technical specifications and user guides, conducts training, and manages stakeholder communications.

Conducts laboratory-scale experiments supporting bioprocess development, validation, manufacturing investigations, and process improvements. Responsibilities include cell culture, purification, analytical support, scale-down model execution, troubleshooting, documentation, equipment maintenance, calibration, material management, and implementation of new laboratory technologies and equipment. The role also supports EHS compliance, audit CAPA closure, and laboratory housekeeping while collaborating with cross-functional teams.

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.

Provides technical support for pharmaceutical product commercialization and manufacturing. Responsibilities include supporting site projects, transferring process knowledge, troubleshooting deviations and complaints, identifying root causes, implementing corrective actions, monitoring process and equipment performance, and improving routine manufacturing operations. The role requires an engineering or pharmaceutical sciences degree, technical problem-solving skills, communication and technical writing abilities, and familiarity with statistical analysis tools such as Minitab.

Owns the functional design, configuration, testing, deployment, and continuous improvement of finance ERP solutions, primarily Oracle Financials. Translates finance requirements and future-state process designs into functional specifications, workflows, reports, integrations, controls, and test plans. Coordinates with business process engineers, IT, implementation partners, and finance stakeholders while supporting data migration, cutover, training, go-live, troubleshooting, documentation, and post-implementation optimization.

Lead III-V epitaxial growth and wafer fabrication process development for semiconductor devices, including lasers and photodetectors. Optimize MOCVD processes, improve uniformity, defect density, yield, and reproducibility, and support new product introduction and high-volume manufacturing. Collaborate internationally on troubleshooting and technology transfer while applying data analytics, AI/ML, statistical process control, advanced characterization, and failure analysis.

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

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.

The Process Engineer will design engineering experiments, analyze results, implement new technologies, train engineers, and resolve complex issues within safety guidelines.

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

Develop, optimize, qualify, and transfer semiconductor manufacturing processes across deposition, etch, epitaxy, PVD, and related technologies. Analyze process data using DOE and statistical tools, characterize hardware, define specifications, troubleshoot issues, and lead root-cause investigations. Collaborate with engineering, manufacturing, suppliers, and global customers on technology demonstrations, qualifications, product releases, process adoption, and production ramp activities. Travel of approximately 10–20% may be required.

Leads process engineering and design for offshore FPSO, oil and gas, LNG, and energy transition projects. Performs process simulations, flow diagrams, heat and utility balances, P&IDs, equipment datasheets, relief and blowdown studies, flare network calculations, equipment sizing, and line hydraulics. Develops process design philosophies and operating guides while supporting concept studies, feasibility reports, FEED, and detailed design. Manages process engineering teams and applies international codes, standards, software, and tools.

Leads process engineering and design for offshore FPSO, oil and gas, LNG, and energy transition projects. Performs process simulations, heat and material balances, utility studies, P&IDs, equipment sizing, line hydraulics, relief and blowdown analyses, and flare network calculations. Develops design philosophies and operating guides while supporting concept studies, FEED, and detailed design. Provides leadership for process engineering teams and ensures compliance with international codes and standards.

Monitor and optimize SMT manufacturing lines for quality, throughput, utilization, and cost efficiency. Perform root cause analysis, continuous improvement, solder profiling, process parameter control, tooling design and procurement, line reconfiguration, equipment installation coordination, and maintenance verification. Ensure solder quality meets IPC-610B standards while supporting safety, security, and regulatory compliance.

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.

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.

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

Leads global Risk-Based Process Safety governance for High Bandwidth Memory manufacturing. Partners with engineering and manufacturing teams to assess and mitigate risks from new materials, chemistries, tools, and complex processes. Supports Management of Change, hazard analyses, audits, investigations, and root-cause reviews while guiding technology transfer and scale-up. Provides leaders with updates on process safety risks, trends, and program performance across global, matrixed teams.

Intern will analyze Wafer Intelligent Scanner, defect, yield, process, and equipment data to identify abnormal wafer bevel behavior and early indicators of defects. Responsibilities include data preparation, statistical and machine learning analysis, model evaluation, dashboard creation, and technical reporting. The project supports semiconductor yield improvement and defect reduction through AI-enabled manufacturing analytics.

Lead advanced 3D NAND process integration and technology roadmap development in an R&D environment. Drive end-to-end technology validation, architecture and process optimization, characterization, debugging, yield learning, and cross-functional execution. Apply data analytics, AI-assisted methods, and modeling to solve scaling challenges. Collaborate across device, probe, test, design, and operations teams while advancing innovation through process improvements, patents, and publications.

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.

Leads advanced semiconductor packaging process development and technology roadmaps using PVD, CVD, and ALD deposition expertise. Manages engineers, drives hardware characterization, resolves complex customer process issues, supports technology demonstrations, collaborates with senior leadership, and improves market share. Requires deep knowledge of thin-film deposition, materials engineering, process integration, TSV, hybrid bonding, wafer-level packaging, and semiconductor manufacturing, along with supervisory experience and strong communication skills.