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Develop and optimize semiconductor production test processes, fixtures, and software using automated test equipment. Troubleshoot test, quality, and device performance issues; analyze yield and test data; verify solution robustness; support multi-factory manufacturing flows; and collaborate with fabs and cross-functional teams to improve production outcomes and reduce costs.

Supports semiconductor manufacturing capacity, throughput, scheduling, and process-improvement activities. Analyzes operational data and system logs, develops reports, automates data extraction, supports capacity modeling, and performs basic coding for manufacturing applications. The intern collaborates with industrial engineering and data analytics teams in a clean-room environment to identify efficiency improvements and increase fab output.

Supports semiconductor manufacturing operations through data analysis, capacity and cost modeling, process and equipment continuous improvement, fab scheduling, dispatch optimization, factory layout planning, and capital project support. The role develops actionable insights from manufacturing data, maintains capacity model integrity, uses predictive modeling to improve performance, and collaborates across fab disciplines to drive operational execution.

Participates in a 12-month manufacturing development program supporting high-volume 300mm semiconductor wafer fabrication. Performs lot and equipment dispositions, identifies process and equipment issues, supports equipment and process startups, conducts process experiments, analyzes data, and resolves production problems to improve cycle time and manufacturing flow.

Leads cross-functional global teams through semiconductor new-product development from opportunity assessment to market release. Manages schedules, budgets, qualification plans, manufacturing coordination, reliability testing, failure analysis, and production ramp while ensuring quality and return on investment. Provides project updates to senior management, coordinates design and manufacturing organizations, and drives execution across fabrication, assembly, test, engineering, marketing, and quality teams.

Leads analog IC and power IC architecture, transistor-level design, simulation, verification, layout coordination, silicon evaluation, and production release. Owns designs from definition through manufacturing, drives technology roadmaps and best practices, guides team members, collaborates cross-functionally with verification, validation, test, and product engineering teams, and represents Texas Instruments in customer technical discussions. Participates in hiring and personnel development while ensuring complex projects meet technical, quality, schedule, and customer requirements.

Leads semiconductor production test strategy and ATE ecosystem development. Develops automated test processes, fixtures, and software; troubleshoots analog circuit, quality, and device performance issues; analyzes yield and production data; improves test cost, coverage, robustness, and quality; supports multi-factory manufacturing flows; and collaborates with customers, vendors, fabs, IT, and internal engineering teams.

Provides customer and product application support for DC/DC switching regulators and buck converters. Responsibilities include schematic and layout reviews, hardware debugging, evaluation board design, bench characterization and automation, silicon testing, reference design development, datasheet review, technical documentation, and customer support. Collaborates with systems engineers on new product development and supports products from definition through production ramp.

Develops and optimizes probe and final test solutions for microcontroller and DCDC converter products. Responsibilities include creating test plans and programs, designing ATE interface hardware, characterizing and debugging silicon, analyzing yield and failure data, reducing test time, supporting qualification and validation, and releasing products to volume manufacturing. The role requires collaboration with design and production teams throughout the IC product development lifecycle.

Extract and optimize compact SPICE models for advanced RF semiconductor devices, develop model formulations and AI/ML-enhanced parameter extraction methods, automate modeling infrastructure, and validate models through measurement and analysis. The engineer collaborates with circuit designers, process technologists, and cross-functional teams to support RF circuit development and design-technology co-optimization. Responsibilities also include technical leadership, project scheduling, communication, and managing multiple concurrent deliverables.