Jobs at Texas Instruments

Participate in a Career Accelerator Program to perform operations analysis across inventory, manufacturing, customer operations, and logistics. Improve supply chain processes, support new product ramps, optimize factory and transportation flows, forecast demand, identify disruptions, and collaborate cross-functionally to increase customer satisfaction.

Design and maintain scalable data pipelines and analytics platforms for semiconductor manufacturing. Analyze large datasets, build predictive models and dashboards, integrate manufacturing systems, and collaborate with engineers to improve factory performance and operational decision-making.

Drive fab quality improvements by leading cross-functional root-cause analysis, resolving customer returns, interfacing between fab and business-unit quality teams, and implementing continual improvement using quality systems and statistical methods.

Define system architectures for high-power-density DC-DC, IBCs, and HVDC solutions. Develop specifications, lead topology evaluation and optimization, model and simulate performance (efficiency, EMI, thermal), validate hardware, and support product bring-up and customer deployments while collaborating cross-functionally and engaging hyperscale customers.

Participate in a 12-month Career Accelerator Program and supervise a manufacturing workgroup in a semiconductor fab. Manage safety, training, resource allocation, material flow, and continuous improvement (5S, cycle time, productivity). Lead cross-functional teams, coach personnel, escalate production issues, and drive audit and quality objectives on 12-hour rotating shifts.

Develop, validate, and maintain embedded firmware and SDKs for TI microcontrollers supporting analog power products. Collaborate with hardware teams, write and execute test plans, perform code reviews, and produce technical documentation and application examples for customers.

Define analog power product requirements and roadmaps by analyzing applications and customer needs. Collaborate with design, applications, and marketing to assess architectures, validate silicon systems, troubleshoot system-level issues, document product lifecycle, and drive NPI strategy and cross-functional execution to maximize market adoption.

Entry-level sourcing specialist supporting procurement of equipment spare parts and process supplies for semiconductor manufacturing. Assist in sourcing strategy development, market analysis, supplier identification and performance monitoring, and participate in rotational training and mentorship programs. Collaborate with global cross-functional teams and present findings to managers while completing structured onboarding and development activities.

Design and simulate analog and mixed-signal power management ICs across the full cycle: architecture, schematic, simulation, layout supervision, silicon bring-up, characterization, modeling, debug, and documentation while collaborating with systems, test, and product teams.

Support global sourcing and procurement for semiconductor manufacturing materials: participate in RFQs, supplier engagement, and commercial discussions; analyze supplier performance and market trends; support supplier and stakeholder management, supply risk monitoring, and mitigation; contribute to sourcing projects and operational improvements while developing leadership and procurement capabilities through TI's Career Accelerator Program.

Participate in a one-year Career Accelerator Program providing technical and professional training. As an Operations Analyst, support inventory, manufacturing, customer operations, and logistics: optimize product flow, execute start plans, analyze factory performance, improve transportation and distribution, and implement supply-chain solutions to increase customer satisfaction.

Define and prioritize roadmaps for analog power product lines, develop positioning, pricing, and go-to-market plans, engage customers and sales, collaborate with engineering on product definitions, monitor competitors, create marketing collateral, and support product launches to drive revenue and adoption.

Support customers by providing system-level technical recommendations for analog power products, developing reference designs and application notes, debugging board and system-level hardware, delivering demos and training, and collaborating with design and marketing teams to influence product roadmaps.

Design and verify digital logic for power-management analog ICs across the full digital design cycle: architecture, RTL, verification, synthesis, timing closure, layout supervision, silicon characterization, and cross-functional collaboration with analog, systems, test, and product teams.

As a Photolithography Process Development Engineer, you will develop and optimize photolithography processes for advanced semiconductor manufacturing, focusing on 20nm-class technologies, while collaborating with cross-functional teams to ensure performance and yield targets are met.

Join Texas Instruments as a Product Marketing Engineer in the Career Accelerator Program, gaining hands-on experience, training, and mentorship while contributing to marketing strategies and product roadmaps.

Lead full lifecycle of SoC chip design, ensuring quality and integration from specification to mass production while managing technical teams and timelines.

The HR Development Program at TI offers training and hands-on experiences in HR roles, enabling participants to explore both generalist and specialist positions within the company while working closely with leadership to drive organizational success.

The Test Engineering Intern will assist in developing isolated precision ADCs, including PCB and software development, silicon debugging, and data analysis, while collaborating with an international team.

Participate in the Career Accelerator Program, supporting financial accuracy, internal controls, cost analysis, audits, and collaborate on operational performance within TI.