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Design embedded software and development tools for product testing, write code controlling semiconductor chips, and collaborate with customers, business partners, marketing, systems, and applications engineering teams to solve technical and business problems.

Entry-level quality engineering role at Texas Instruments offering rotations across fab quality assurance, failure analysis, product quality, field quality, and reliability engineering. Responsibilities include analyzing manufacturing and product data, investigating failures, verifying conformance, managing customer returns, supporting reliability qualification, leading corrective actions, and collaborating across engineering, manufacturing, quality, and customer teams.

Leads a team developing MEMS and sensor semiconductor processes across multiple fabs. Drives unit and integrated loop development, process characterization, design of experiments, data analysis, simulation, manufacturability, and production qualification. Collaborates with process, integration, reliability, packaging, test, product, vendor, and foundry teams to improve resonator performance and deliver robust processes aligned with technology roadmaps. Manages schedules, technical discussions, cross-functional communication, and multiple parallel development tasks.

Participates in Texas Instruments’ Career Accelerator Program while working on a software design team. Learns embedded systems design, software development processes, real-time coding and debugging, TI device architecture, open-source licensing, and SDKs. Gains exposure to software applications, systems, and testing through formal training, projects, and on-the-job experiences. The role requires a relevant bachelor’s degree and a minimum 3.0 GPA, with C/C++, assembly, software lifecycle, communication, collaboration, analytical, and problem-solving skills preferred.

Participates in TI’s Career Accelerator Program while supporting web marketing, website experience, online strategy, technical content, and data analytics. Owns a product portfolio or application, analyzes customer and market needs, evaluates competition and technology trends, and executes strategic marketing projects. Collaborates with marketing, sales, applications, systems, and UX teams while developing semiconductor product and system knowledge.

Lead development of next-generation BCD semiconductor technologies by defining component architectures and process flows, collaborating with business, manufacturing, and productization teams, and supporting analog/power product ramps. The role requires deep analog and power technology expertise, BCD device and process integration experience, and technical leadership across cross-functional teams.

Supports semiconductor wafer fabrication and manufacturing engineering operations. Responsibilities include optimizing fabrication processes, improving cycle time and yield, assisting with equipment installation and maintenance, analyzing production data, resolving product and process issues, supporting new product introductions, and collaborating with process, equipment, yield, product, and integration teams. The role also involves technical presentations, technician and operator training, and production problem-solving.

Industrial Engineering Intern supporting semiconductor manufacturing operations through capacity modeling, throughput analysis, production scheduling, performance data analysis, process automation, and reporting. The role involves Lean and 5S activities, extracting large datasets, analyzing automation and system logs, identifying cycle-time improvements, and developing basic applications for manufacturing needs while collaborating across functions in a clean-room environment.

Participates in a 12-month development program for new graduates while supporting semiconductor manufacturing engineering. Responsibilities may include wafer fabrication process definition, equipment installation and maintenance, process optimization, yield improvement, cycle-time reduction, product introduction, and resolving production issues. The role involves analyzing manufacturing data, collaborating across engineering teams, training technicians and operators, and presenting technical project information.

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.