Top Tech Jobs & Startup Jobs in Singapore

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.

Lead development of next-generation thin film processes for NAND, including dielectric, conductive, interface, and charge-storage layers. Drive materials and deposition innovation, integrate new processes with device and yield teams, mentor engineers, lead technical task forces, and apply AI/advanced analytics to accelerate process development and R&D productivity.

As an SSD Customer Validation Engineer, you will develop and maintain test automation infrastructure for SSDs, create robust test designs, troubleshoot integration issues, and enhance validation approaches.

The DMTS leads technical strategy in photolithography, mentoring engineers, influencing innovation, and establishing long-term technology roadmaps for semiconductor development.

Assist in developing scopes for outsourced services, support budget estimations, supervise contractors, ensure safety standards, and complete learning items timely.

The Facilities Mechanical Technician performs preventive and corrective maintenance, supervises contractors, analyzes mechanical systems, and supports new equipment installations.

The MTS in Process Development for Cell Film leads initiatives in thin film processes for NAND technology, conducting experiments, collaborating with teams, and mentoring staff. Responsibilities include process optimization and documentation, addressing process challenges, and staying updated on industry advancements.

Lead R&D and technology pathfinding for advanced NAND thin films and materials. Define roadmaps, evaluate novel materials and deposition processes, integrate solutions with device and manufacturing teams, drive external collaborations, generate IP, mentor technical staff, and apply AI/advanced analytics to accelerate process development and decision-making.

Performs electrical failure analysis and fault isolation on advanced semiconductor devices to identify root causes and improve product quality, reliability, and yield. Uses photon, thermal, and laser-stimulating tools, probe-test data, layouts, schematics, and physical failure analysis techniques. Develops fail-signature models, interprets findings, prepares technical reports, and collaborates with engineering teams. The role also applies AI-assisted tools responsibly to improve analysis efficiency and supports continuous improvement initiatives.

Develops and optimizes semiconductor fabrication processes and equipment to improve yield, quality, reliability, cost, cycle time, and productivity. Responsibilities include setting process parameters, troubleshooting manufacturing issues, conducting root-cause and failure analyses, qualifying new processes and equipment, managing process improvements, analyzing statistical data, supporting audits, and collaborating with material suppliers. The engineer also uses AI-enabled tools responsibly to improve operational effectiveness.