Top Tech Jobs & Startup Jobs

Develop and improve CMP and wet manufacturing processes in a semiconductor fab. Support daily manufacturing execution, tool recovery, installations, qualifications, excursion containment, material disposition, process experiments, and ramp activities. Analyze data, resolve process and equipment issues, improve yield, efficiency, quality, and cost, and create operational best practices and documentation. Train technicians and junior colleagues while collaborating across teams to address changing fab priorities.

Drive semiconductor manufacturing process improvement for CMP, wet, and YE process tools in a high-volume 300mm wafer fab. Responsibilities include qualifying new equipment, maximizing tool capabilities, improving yield and efficiency, executing startup and process experiments, performing lot and equipment dispositions, analyzing data, resolving process and equipment issues, implementing improvement projects, and training junior staff and technicians. Requires cross-functional collaboration and support for rapidly changing manufacturing priorities.

Optimize and improve semiconductor front-end manufacturing processes to increase quality, productivity, yield, and cost competitiveness. Develop and launch next-generation GaN power semiconductor processes, using SPC and data analysis to identify causes and validate improvements. Plan experiments, evaluate results, prepare reports, and collaborate with manufacturing, design, development, equipment, materials, and quality teams to establish production-ready technologies.

Develop business plans, marketing strategies, forecasts, positioning, and messaging for automotive radar semiconductor products. Own customer opportunities from demand creation through evaluation, design-in, and revenue management. Build customer and account relationships, assess competitive landscapes, identify adjacent markets, coordinate product lifecycle marketing, support customer engagements, and drive cross-functional actions across engineering, sales, applications, pricing, and operations teams.

Select, install, maintain, and improve semiconductor manufacturing equipment. Monitor equipment performance and reliability, define preventative maintenance schedules, support repair and process engineering, and implement uptime and reliability programs to optimize production.

Work on transistor-level analog IC design for high-speed data converters: define architectures, create schematics, simulate across PVT corners, participate in design reviews, and document designs.

Lead cross-functional teams to plan and execute new semiconductor product releases, ensuring schedule, cost, quality, and ROI. Manage global wafer fabrication, assembly/test, reliability, qualification, and logistics; maintain project schedules, communicate status to management and customers, and drive flawless execution.

Join TI as a Process Engineer to learn and optimize semiconductor manufacturing (wafer fab, test, packaging, bumping). Support process documentation, define parameters, troubleshoot production issues, improve yield, and enable new product ramp to mass production.

Join TI as an equipment engineer to evaluate, select, debug and scale automated semiconductor manufacturing equipment. Monitor production parameters, prevent abnormalities, improve equipment performance and reliability, provide on-site technical support with cross-functional teams, and report regularly on equipment status and project progress.

Participate in semiconductor volume production planning, execution and monitoring. Optimize resource allocation (people, equipment, materials) using industrial engineering and lean methods. Support intelligent manufacturing projects, analyze production data (SQL/Python/Java), work with MES/MPC systems, and collaborate cross-functionally to ensure product quality and on-time delivery while driving process improvements and digitalization.