Top Tech Jobs & Startup Jobs

Develops and maintains semiconductor fabrication capacity models, monitors data integrity and tool performance, determines production starts and mixes, and creates dashboards for operations and management. The role automates data analysis and visualization, identifies cycle-time improvements, and assesses capacity and cost impacts of process changes while collaborating across engineering, manufacturing, tool ownership, and planning teams.

Develop low-power RF communication circuits and IoT devices, including RTL coding, simulation, synthesis, verification, and debugging. Design and test modulation and demodulation algorithms using BPSK, FSK, QAM, and OFDM, and develop embedded assembler-based implementations. Contribute to low-power architecture development while collaborating with analog and digital design engineers.

Develops low-power RF communication circuits and IoT devices, including RTL coding, simulation, synthesis, verification, debugging, and modulation/demodulation algorithms. The role involves digital and analog circuit design, embedded assembler programming, low-power architecture development, and collaboration with analog and digital design teams.

Supports semiconductor product test engineering across development, qualification, production, characterization, troubleshooting, yield enhancement, and cost reduction. Responsibilities include creating test specifications and documentation, analyzing data, designing and debugging test hardware and software, developing measurement circuits, and collaborating with design, quality, and manufacturing teams. The intern may work as a Product Engineer or Test Engineer and contribute throughout the product lifecycle.

Provides quality-assurance support for semiconductor production, customers, and internal teams. Leads customer-return investigations, cross-functional issue resolution, corrective and preventive actions, continuous improvement, and quality-requirement alignment. Monitors customer and internal quality metrics while protecting product integrity and production flow. The role requires collaboration with customers and multidisciplinary teams, strong root-cause analysis, and occasional domestic or international travel.

Entry-level Field Applications Engineer program featuring 12-month rotations in field sales, mass market, and business unit/systems engineering. Participants receive technical and business training, solve customer design challenges, support component selection, and develop system-level solutions. Responsibilities include schematic and PCB layout work, board bring-up, validation, customer engagement, and positioning TI products. The program includes temporary international relocation and a four-week headquarters experience in Dallas.

An 8-month FAST program preparing participants for technical sales careers through field sales, mass-market, business unit, systems engineering, and marketing rotations. Participants build customer relationships, identify and manage sales opportunities, support scalable selling processes, understand semiconductor product lifecycles, and develop revenue growth plans. The program includes a four-week headquarters experience in the United States or Germany and may lead to a Technical Sales Representative role.

Develops and supports analog and mixed-signal integrated circuits for automotive and industrial markets. Responsibilities include PCB design, bench evaluation, characterization, debugging, failure analysis, production release, yield management, quality improvement, and collaboration with design, test, manufacturing, and reliability teams. The role also supports process and package technology development, production testing, automation, and mature-product cost and quality improvements.

Develop and execute verification strategies for analog and mixed-signal ICs. Responsibilities include creating verification plans, test benches, tests, RTL and gate-level simulations, coverage regressions, status tracking, regression automation, and improving verification methodologies while collaborating with design and systems engineering teams.

Develop and execute verification strategies for analog and mixed-signal ICs. Responsibilities include creating verification plans, test benches, RTL and gate-level simulations, SystemVerilog and Verilog-AMS behavioral models, regression automation, coverage analysis, issue tracking, and improving verification methodologies. The role collaborates with analog, digital, and systems engineering teams to support first-pass silicon success.