Jobs at Texas Instruments

Join TI's Career Accelerator Program as a Digital IC Design & DV Engineer to develop RTL architectures, perform digital design and verification, support silicon debug and validation, collaborate on filter/ARM integration and DFT, and own design reviews, documentation, and tool/methodology improvements across mixed-signal ADC products.

Participate in the Career Accelerator Program while designing, simulating, and implementing analog, digital, and RF integrated circuits. Perform front-end tasks (schematics, functionality and parametric simulations), assist IC layout and run post-layout extracted simulations. Gain exposure to bench characterization, final test, failure analysis, and related roles like design verification and digital design through training and on-the-job experience.

Convert product and test chip layouts (LAFF, GDS) into fracture/mask data, prepare and manage mask orders and archival data, generate reticle floorplans, drive automation in tapeout/PG workflows, and collaborate across process development, PDK, EDA and business units to ensure consistent methodologies and quality.

The Test Equipment Engineer evaluates and selects manufacturing equipment, oversees installations, maintains performance, and develops automated vision systems for quality assurance.

Lead a 300mm wafer fab shift team: manage staffing, enforce policies, drive 5S/continuous-improvement projects, escalate production issues, ensure rapid lot flow, prevent scrap, and coordinate with engineering to meet manufacturing goals on a night compressed shift.

The role involves application support for high speed amplifiers, customer engagement, evaluation board design, technical documentation, and collaboration with systems engineers for product robustness.

Support selection, installation, maintenance, and optimization of post-test semiconductor manufacturing equipment. Drive uptime improvements, perform troubleshooting, preventive maintenance scheduling, and provide technical support to repair and process teams in high-volume production.

Develop cutting-edge delta-sigma ADC products; contribute to digital design and embedded firmware, collaborating with analog designers and engineers.

Provide legal counsel on securities regulation, compliance, corporate governance, and manage corporate records, filings, and governance practices while collaborating with senior leadership.

As an Analog EDA Lead, you'll collaborate with EDA teams, internal stakeholders, and vendors to evaluate and implement EDA solutions in IP and SoC designs.

As a Product Engineer, you will develop and evaluate analog amplifiers and temperature sensors, collaborate on new product development, and manage production quality and yield issues.

Support high-volume 300mm wafer manufacturing by developing and implementing process improvements, executing equipment/process startups and experiments, resolving yield and equipment issues, performing lot/equipment dispositions, and supporting ramp, yield, cost, and quality improvement projects through data analysis and cross-functional collaboration.

Support manufacturing operations and drive process and procedural improvements in a high-volume 300mm analog wafer fab. Lead efficiency, yield, cost-reduction, and quality improvement projects; execute equipment/process startups and experiments; perform lot and equipment dispositions; analyze data and resolve process/equipment issues to support production ramp and continuous improvement.

Support high-volume 300mm wafer fab manufacturing by developing and implementing process improvements for package/laser sawing singulation. Drive efficiency, yield, and quality improvements; execute equipment/process startups, perform lot/equipment dispositions, analyze data, and resolve systematic process or equipment issues.

Design, automate, and operate secure, high-performance infrastructure and CI/CD pipelines for semiconductor EDA tools (Cadence, Artisan, PDKs) across cloud and hybrid environments. Build IaC, manage LSF/Slurm job schedulers, optimize compute/storage/network for simulation workloads, ensure security/compliance, and collaborate with EDA teams and vendors to support global R&D.

As a Customer Support Representative, you will engage with customers, resolve inquiries, and enhance operational processes while ensuring customer satisfaction.

This internship involves physical layout and layout verification of analog and mixed signal circuits. Interns will learn layout implementation flow, transistor-level layout, and gain experience in analog layout matching techniques, working closely with engineers.

Production Specialists support manufacturing by operating equipment for assembly and testing, inspecting operations, and setting up devices and tool kits.

Provide local application support for multiphase controllers and smart power stages: answer customer questions, design-in support, schematic/layout reviews, debug issues (including on-site), host trainings, produce design collateral, and collaborate with sales and the multiphase power team to advance product use.

Participate in TI's Career Accelerator Program while developing and executing mixed-signal verification plans. Build SystemVerilog testbenches, run RTL and gate-level simulations and coverage regressions, track verification status, develop regression scripts, and improve DV strategy, tools, methods and flows to support first-pass silicon success.