Top Tech Jobs & Startup Jobs in Singapore

Supports semiconductor device, package, wafer, and HBM reliability testing, failure analysis, debugging, laboratory operations, inventory, logistics, audits, safety, and continuous improvement. Uses AI-assisted tools, automation, data analysis, dashboards, and digital transformation to improve reliability operations. Requires rotating day/night shifts and collaboration with cross-functional teams, with opportunities to mentor junior technicians.

Optimize and improve semiconductor test processes and yields, resolve process/product deviations, qualify new test equipment and products, drive continuous improvement projects, and develop BI reporting and dashboards. Integrate AI-assisted tools to boost efficiency and share AI-enabled enhancements.

Supports semiconductor HBM reliability, device/package/wafer testing, failure analysis, product debugging, laboratory operations, inventory and logistics, audits, safety compliance, automation, data analysis, and continuous improvement. Uses AI-assisted tools, Power BI, Python, SQL, and manufacturing systems to improve reliability workflows and debug efficiency. Requires rotating day/night shifts, including occasional weekends and public holidays, and collaborates with cross-functional teams while mentoring junior technicians.

Leads electrical engineering and construction for semiconductor fab and cleanroom environments. Oversees power distribution, substations, transformers, UPS, generators, tool power, lighting, grounding, commissioning, energization, safety, change management, and handover. Coordinates with multidisciplinary construction teams, reviews designs and technical submissions, resolves field issues, manages readiness milestones, approves turnover documentation, and supports facilities operations and continuous improvement.

Analyzes and resolves defects in advanced semiconductor manufacturing by characterizing defects, identifying root causes, optimizing wafer fabrication processes, evaluating equipment and materials, improving yield and process capability, and implementing corrective actions. The role collaborates across engineering and manufacturing teams, investigates process deviations, evaluates product performance, and applies AI-assisted tools to improve quality, efficiency, and continuous improvement.

Characterize and optimize advanced 3D NAND memory cells and arrays through device-physics analysis, electrical test-data analysis, AI-assisted workflows, and failure-mechanism investigation. The engineer will contribute to NAND architecture and process development while collaborating with device, integration, design, product, reliability, and manufacturing teams to improve performance, reliability, scaling, and technology qualification.

Maintains and supports semiconductor process control systems, including SPC, FDC, R2R, recipe management, MES, MAM, and specification platforms. Executes approved system changes, validates automation behavior and equipment communication, monitors alarms and data integrity, troubleshoots first-line issues, and escalates abnormalities. Maintains governance documentation and collaborates with process, equipment, manufacturing, automation, and quality engineering teams. Requires the ability to work 12-hour rotating shifts.

The Yield Analysis Engineer will drive yield improvement activities, develop innovative NAND technologies, perform statistical analysis, and collaborate with cross-functional teams.

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

Develop and test SSD firmware subsystems to meet performance, endurance, capacity, functionality, and reliability requirements. Create firmware unit and functional tests, debug embedded C code, collaborate cross-functionally, report status to management, and help develop team technical capability and communication.