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As an Industrial Engineer at Texas Instruments, you'll support manufacturing operations through capacity modeling, data analysis, process improvements, and communication with stakeholders to enhance operational performance.

Develop and deploy end-to-end ML solutions for smart manufacturing: build data pipelines, feature engineering, CV and LLM-based models (RAG/agentic workflows), prototype and productionize models, implement monitoring/retraining, and collaborate with cross-functional teams using modern development and CI/CD practices.

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

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.

The Patent Attorney will analyze technologies, draft and prosecute patent applications, collaborate with engineers, develop patent strategies, and provide legal counsel.

Join a team focused on developing NVM technologies, handling tasks from component definition to fabrication and product delivery, while collaborating across disciplines.

Define system-level architectures and product specifications for precision ADCs, translate customer needs into product roadmaps, guide cross-functional design and test teams, support design-in and volume production, create technical collateral, and drive new design wins through deep analog signal-chain expertise.

As a DFM/OPC Engineer, you'll develop and optimize Optical Proximity Correction models and DFM solutions, ensuring reliable chip manufacturing at 28nm nodes, collaborating across teams to improve yield and performance.

The RFAB Module Industrial Engineer at Texas Instruments focuses on improving manufacturing operations through performance analysis, capacity modeling, data validation, and collaboration across departments to optimize equipment utilization and operational performance.

Design and verify high-speed mixed-signal communication and high-performance digital circuits. Tasks include RTL coding, simulation, synthesis, timing closure, verification, debugging, test method/spec preparation, documentation, and cross-functional collaboration to deliver chip-level solutions.