Top Tech Jobs & Startup Jobs in Singapore

Design and implement analytics, optimization, and web solutions to improve semiconductor manufacturing efficiency. Develop models for scheduling, capacity, and cycle time, collaborate with stakeholders, manage project requirements and deliverables, and communicate findings to varied audiences.

Analyze semiconductor manufacturing data to identify yield detractors, build data pipelines, apply statistical and machine learning models for yield improvement, support DOE experiments, and create automated dashboards and reports for engineering stakeholders.

Own probe strategy and silicon learning at wafer test across pre-silicon staging, first-silicon bring-up, qualification, and HVM. Define probe coverage, limits, guard-bands, and probe test flows; drive yield, quality, and test-cost outcomes. Collaborate with Design, DFT, DV, Process Integration, Backend Test, and Reliability to enable manufacturable probe solutions and apply data/AI for test optimization.

Lead planning, implementation, and maintenance of cleanroom mechanical infrastructure and capacity planning for semiconductor fabs. Troubleshoot mechanical system issues, drive reliability and preventive maintenance improvements, perform root cause analysis, enable predictive/AI-driven maintenance, manage spare parts and procurement via ARIBA/SAP, and enforce safety, quality and sustainability standards to maximize equipment uptime.

Assist Process Integration Engineers in troubleshooting line issues, managing wafer shipments, data analysis, and improving operational procedures in semiconductor fabrication.

Assist Process Integration Engineers in troubleshooting, managing wafer logistics, analyzing experimental data, and monitoring production processes in a semiconductor environment.

Support and maintain R&D lab equipment: install, qualify, calibrate, troubleshoot, and perform preventive maintenance. Manage equipment records, spare parts, vendor coordination, lab builds, audits, EHS/ESD/chemical controls, and collaborate cross-functionally to improve uptime and processes while integrating AI-assisted tools for efficiency.

Lead the integration of HBM products into system requirements, manage development priorities, and drive technical resolution in a collaborative environment.

The role involves driving improvements in facilities operations, leading productivity projects, managing incidents, and coordinating quality and operational activities within Fab 10.

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.