Top Process Engineer Jobs in Singapore

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.

Drive analysis, optimization, and continuous improvement of manufacturing processes. Manage plant CAPEX projects from specification through commissioning. Support maintenance planning, supplier and HSE collaboration, equipment validation, troubleshooting, KPI analysis, corrective actions, and Quality Management System improvements to enhance efficiency, safety, quality, and cost-effectiveness.

Support production ramps through process qualification, productivity improvements, tool release, process matching, yield improvement, root-cause analysis, and continuous improvement (CIP) while collaborating cross-functionally and maintaining EHS standards.

Support 12-hour rotating shifts to run 200mm/300mm silicon wafer production; assist in process qualification and tuning, troubleshoot process issues to minimize lot holds, monitor and improve processes using SPC, coordinate with specialists, implement process improvements and QIT initiatives, follow SOPs and QA audits, and maintain safety and housekeeping.

Sustain and improve semiconductor wafer processes using SPC and DOE. Analyze yield, perform data analysis with JMP/Klarity ACE, create and maintain SPC charts, qualify new processes/equipment, lead improvement projects, coach junior engineers, follow quality procedures and close corrective actions to meet productivity and quality targets.

Develop, optimize, and maintain manufacturing processes, establish SOPs and FMEA, and drive continuous improvement while collaborating with cross-functional teams.

Develop and modify semiconductor process formulations, methods and controls (with emphasis on photolithography). Establish SOPs and FMEAs, integrate equipment/materials to meet specs, drive continuous improvement, collaborate cross-functionally, and ensure EHSS compliance.

Design and implement packaging processes for optocoupler isolation products. Evaluate materials and processing techniques, run DOE, optimize processes, lead yield analysis and failure investigations, and collaborate across design, manufacturing, and contract partners to validate new device processes and drive cost, yield, quality, and reliability improvements.

As a Senior Plant Process Safety Engineer, you will ensure compliance with safety regulations, provide technical support, and lead process safety initiatives in a chemical manufacturing environment.

The Process Reliability Engineer will enhance manufacturing reliability by reducing risks, analyzing data for insights, and leading improvements across processes.

The associate engineer will perform equipment maintenance and process support in semiconductor manufacturing while ensuring process integrity and productivity.

As an Associate Engineer in Process Engineering, you will develop and modify process formulations, establish SOPs, collaborate with cross-functional teams, and drive continuous improvement initiatives.

The Associate Engineer, Process Engineering develops and modifies process formulations, monitors quality, establishes SOPs, and collaborates with teams to improve process performance.

Lead process integration for development, optimization, and qualification of semiconductor devices. Design and analyze DOEs, partner with module engineers to improve yield and device performance, own technical problem solving, define design rules and test methodologies, and engage with internal and external customers to address technical queries.

In this role, you'll maintain equipment readiness and support processes in silicon wafer manufacturing, focusing on preventive maintenance, troubleshooting, and yield improvement using analytical tools and quality processes.

The role involves analyzing process controls, troubleshooting production issues, optimizing processes, and collaborating on improvement projects in semiconductor manufacturing.

The role involves developing and modifying process formulations and controls, establishing SOP and FMEA, and driving continuous improvement in processes.

Leads process integration, production support, and new product introduction for Illumina consumables manufactured internally and by global contract manufacturers. Drives failure analysis, root-cause investigations, corrective actions, yield and capacity improvements, process qualification, test planning, and design-for-manufacturing initiatives. Collaborates with R&D, manufacturing, quality, reliability, and suppliers to resolve product issues, improve manufacturing performance, and support volume ramps in a regulated life sciences environment.

Develops and integrates high-voltage BCD semiconductor processes and devices. Responsibilities include executing engineering splits, testing devices, generating reports, investigating process and reliability issues, managing development lots, supporting high-voltage test structure layout, and optimizing devices. Requires collaboration with failure analysis and reliability teams, plus knowledge of CMOS and high-voltage process schemes, device physics, and design of experiments.

Lead local ramp-up and process integration for foundry-produced chips, driving manufacturability, yield improvement, and timely NTI process transfers. Collaborate with foundries, NXP technology groups, business lines, and customers; make process-integration decisions, manage resources and schedules, and steer cross-functional projects to support production ramps and new fab enablement.

Lead foundry-facing process integration and New Technology Introduction (NTI) for logic/RF products. Drive product ramp-ups, process transfers and fab enablement; collaborate with foundries, technology groups, business lines and customers to qualify and release processes; own front-end safe launches, manufacturability and yield improvement; steer projects to meet schedules and business needs.

Lead coordination and program management for 3rd-party foundry wafer manufacturing, capacity planning, process integration, yield and quality improvements, product transfers, qualifications, and cross-functional stakeholder communication.

Own and improve manufacturing process reliability by eliminating systemic risks, applying PFMEA/control plans/SPC, analyzing yield and field data, leading root-cause resolution, and driving cross-functional continuous improvement to sustain process capability.

Lead development and optimization of semiconductor fabrication processes, create and review process recipes and technical data, establish SOPs and FMEAs, integrate equipment/material capabilities, drive continuous improvement, mentor engineers, collaborate cross-functionally and with vendors, and contribute to patents and publications while ensuring safety and compliance.

The role involves understanding epitaxial processes, analyzing SPC data, monitoring critical charts, and improving process yields while ensuring quality standards and safety compliance.