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Supports semiconductor wafer fabrication and manufacturing engineering activities, including process optimization, equipment installation and maintenance, yield improvement, cycle-time reduction, product issue resolution, and production support. Collaborates with process, yield, product, integration, test, reliability, and manufacturing teams while using data to improve fabrication processes and resolve nonconforming product issues.

Supports semiconductor manufacturing engineering across wafer fabrication, process and equipment optimization, yield improvement, cycle-time reduction, product issue resolution, and production support. The role involves analyzing manufacturing data, improving fabrication processes, supporting equipment installation and upgrades, training technicians and operators, and collaborating with yield, product, integration, design, test, and reliability teams.

Analyzes large customer, web, firmographic, and advertising datasets to improve digital experiences and marketing outcomes. Responsibilities include defining data requirements, building automated data enablement tools and visualizations, measuring digital programs, supporting predictive models, and communicating insights to technical and non-technical stakeholders. The role collaborates across IT, marketing, sales, engineering, and analytics vendors to advance data-driven decision-making.

Entry-level Manufacturing Engineer in Texas Instruments’ 12-month Career Accelerator Program. The role supports semiconductor wafer fabrication through process optimization, equipment installation and maintenance, yield improvement, cycle-time reduction, product support, and resolution of manufacturing issues. Engineers collaborate with process, equipment, yield, product, integration, design, test, and reliability teams while presenting technical information and supporting production improvements.

Supports semiconductor product engineering across development, qualification, manufacturing, cost optimization, and quality. Responsibilities include testing and troubleshooting, developing test specifications, managing product documentation, coordinating with cross-functional engineering teams, designing and debugging test hardware and software, and creating interface and measurement circuits. The intern may work in validation, product engineering, or test engineering and help resolve customer quality and application issues.

Conduct market studies, analyze product revenue and forecasts, support product launches, train sales channels, improve product web presence, and collaborate with sales, development, and business teams to drive design wins and revenue for semiconductor products.

Participate in TI’s Career Accelerator Program while developing product marketing expertise. Identify product roadmaps, influence product definition, shape marketing strategy, manage growth initiatives, pricing, and opportunities, and understand customer and market needs. Collaborate with customers, sales teams, and cross-functional groups to analyze competition, technology trends, and regional markets. Receive technical training, mentoring, and exposure to applications and systems roles.

Participates in TI’s Career Accelerator Program while developing expertise in product, test, or validation engineering. Responsibilities include supporting semiconductor product development, testing, qualification, debugging, cost reduction, yield enhancement, customer quality resolution, and cross-functional problem solving. The role involves hardware and software development, automated test equipment, bench characterization, data analysis, manufacturing support, and collaboration with fabrication and assembly sites.

Leads cross-functional semiconductor product development projects from opportunity assessment through market release. Responsibilities include coordinating design, engineering, manufacturing, quality, and external fabrication and test partners; managing schedules, costs, milestones, logistics, qualification, and reliability activities; providing project updates to management and customers; and maintaining project tracking documentation.

Participate in TI’s 12-month FAST Field Applications Engineer program through rotations in field sales, mass market, and business unit/systems engineering and marketing. Learn to solve customer design challenges, select components, develop system-level solutions, and support schematic capture, PCB layout, fabrication, board bring-up, and validation. After completing the program, support customers and internal teams by influencing component selection and positioning TI solutions.