Top Tech Jobs & Startup Jobs in Singapore

Develop and optimize dry etch processes for next-generation NAND products, improving capability, cost, variability, and yield. Conduct root-cause and failure-mode analysis, collaborate with process integration and related teams, guide vendor hardware solutions, perform fundamental research, maintain a pilot manufacturing line, and support technology transfer to domestic and international production facilities. Apply statistical process control, data analysis, Python, and AI-enabled tools where appropriate.

Execute and develop ALD/CVD thin-film processes for NAND cell films, run experiments, analyze data, support equipment qualification and troubleshooting, and investigate process impacts on integration, yield, and reliability. The role requires collaboration with engineering teams, accurate documentation, and growth toward independent process development using materials science, chemistry, vacuum systems, and semiconductor metrology knowledge.

Develop next-generation NAND dry etch processes, optimize process capability and cost, perform root-cause and failure-mode analysis, conduct fundamental research, maintain pilot manufacturing lines, collaborate across process teams, guide vendors, and support production transfers. The role requires semiconductor process development expertise, experimental design, data analysis, statistics, plasma or transport phenomena knowledge, and responsible use of AI-enabled tools.

Develop and optimize CMP processes for next-generation 3D NAND memory products. Lead experiments, consumables and hardware evaluations, process monitoring, manufacturability improvements, yield enhancement, and process-margin development. Collaborate with vendors, integration teams, manufacturing, procurement, and global partners while defining technology roadmaps. Serve as a technical expert, mentor engineers, lead complex multidisciplinary projects, and drive innovation through patents and technical publications.

Leads advanced NAND photolithography process development, optimization, troubleshooting, and technology transfer. Owns process flows, specifications, material evaluations, OPC and layout development, process-window analysis, overlay optimization, and advanced process control using SPC and DOE. Partners with R&D, manufacturing, and suppliers on roadmaps, equipment evaluations, milestones, and technology adoption. Requires deep semiconductor lithography expertise and substantial relevant experience.

Develops, optimizes, and troubleshoots semiconductor photolithography processes to improve yield, quality, and performance. Performs DOE, SPC, statistical analysis, material evaluations, defect learning, overlay analysis, and process-window characterization. Collaborates with integration, etch, metrology, and yield engineering teams during technology development and manufacturing ramps. Documents results, supports technology transfer, and applies AI-assisted tools to improve research and operational effectiveness.

Design and lead leadership development programs aligned with business strategy and AI-driven workforce transformation. Identify capability gaps, create leadership journeys, manage cross-functional initiatives, establish program objectives and budgets, evaluate outcomes, and drive continuous improvement. Partner with executives, business leaders, universities, learning providers, and industry organizations. Facilitate workshops and executive forums, present strategic recommendations, and translate organizational challenges into actionable development solutions.

Develop AI Agent prototypes and Python automation solutions to improve productivity in semiconductor photo engineering workflows. Responsibilities include analyzing engineering data, identifying automation opportunities, building data-processing pipelines, creating dashboards, evaluating solution effectiveness, documenting designs, and presenting technical findings. The intern will gain experience with generative AI, large language models, data analytics, and semiconductor manufacturing engineering.

Leads global semiconductor manufacturing alignment for implant processes and equipment. Drives tool utilization, cost reduction, preventive-maintenance standardization, best-known-method deployment, equipment qualification, and process improvement across multiple fabs and international sites. Coordinates with engineering, operations, procurement, quality, suppliers, and central teams; leads projects, audits, training, change management, and continuous-improvement initiatives while ensuring safety and manufacturing performance.

Lead electrical construction engineering for semiconductor fab projects across design, construction, commissioning, and handover. Ensure compliance with standards, manage cost/schedule/risk, resolve technical construction issues, coordinate contractors and consultants, support sustainability and BKMs, and apply AI tools to improve engineering analysis and project delivery.