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Develops and prepares multidimensional semiconductor device layouts and detailed drawings from schematics and geometry provided by design engineering. Uses CAD equipment, checks dimensions, writes specifications, verifies completed drawings and artwork, and reviews design layouts. The role requires at least four years of experience, strong analytical and communication skills, collaboration, initiative, and effective time management.

Systems Engineering Interns develop analog and digital chip systems from concept through production, define requirements and specifications, create algorithms and reference models, evaluate hardware and software, troubleshoot system issues, and document development activities. The role involves collaboration with TI business units, customers, and design teams to establish product roadmaps and resolve design tradeoffs.

Develops, characterizes, and optimizes CVD/PVD thin-film processes for semiconductor volume production. The role drives process and device improvements through experimentation, data analysis, simulation, and cross-functional collaboration. Responsibilities include ensuring device robustness, reliability, manufacturability, and electrical performance while managing schedules, deadlines, technical discussions, and stakeholder communication. Hands-on semiconductor fab experience taking thin-film unit processes from development through production is required.

Supports semiconductor systems engineering from concept through mass production. Responsibilities include developing analog and digital chip and system products, defining specifications, evaluating hardware and software solutions, troubleshooting systems, analyzing end-equipment trends, and collaborating with customers, business units, and engineering teams on product roadmaps and tradeoffs.

Designs system-level solutions by combining hardware and software, developing reference designs, gathering requirements, and troubleshooting customer issues. The intern collaborates with customers, sales, product teams, and business units; creates schematics, PCB layouts, documentation, and system specifications; analyzes circuits and data; and contributes to product roadmap discussions. The role provides exposure to applications engineering, product marketing engineering, systems engineering, and sales.

The Device and Process Integration Engineer will improve process technologies in semiconductor fabrication, drive device improvements, and collaborate with cross-functional teams for technology advancement.

Entry-level Industrial Engineer supporting semiconductor fabrication operations through capacity modeling, throughput and equipment loading studies, process and layout optimization, cost analysis, and large-scale data analysis. The role evaluates manufacturing impacts, maintains operational reporting, supports process changes and future production planning, and collaborates with engineering, manufacturing, planning, and tool owners in a cleanroom environment.

Develops semiconductor protection-device products from concept through release, analyzing end systems, defining product strategies, evaluating IC tradeoffs, supporting customer applications, and driving design wins. Provides technical expertise, troubleshooting, training, documentation, roadmap input, and cross-functional coordination with design, product, test, packaging, marketing, sales, customers, and field teams.

Develop and implement defect inspection and metrology strategies for GaN semiconductor technology in a high-volume 300mm wafer fab. Responsibilities include identifying and resolving process and equipment defects, supporting tool installations and manufacturing ramps, performing lot and equipment dispositions, conducting process experiments, analyzing large datasets, improving yield and quality, and training junior staff. The role also involves developing new processes for advanced nodes and collaborating across functions to resolve rapidly changing fab priorities.

Participate in Texas Instruments’ two-year Information Technology Solutions rotational program, completing multiple assignments across software development and IT. Develop front-end and back-end applications, cloud-native systems, microservices, and business solutions while gaining experience in programming, debugging, testing, scripting, databases, and operating systems. Collaborate with stakeholders and cross-functional teams, complete technical training, and transition into a role aligned with demonstrated strengths.