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Develop and prepare multidimensional layouts and detailed drawings for semiconductor devices using schematics and designer-provided geometry. Responsibilities include checking dimensions, writing specifications, and verifying completed drawings, artwork, and digitized plots. The role requires collaboration, analytical problem-solving, communication, initiative, and effective project delivery. A bachelor's degree in engineering and a minimum 3.0/4.0 GPA are required.

Develops and prepares multidimensional semiconductor device layouts and detailed drawings from schematics and design geometry using CAD or computerized equipment. Responsibilities include checking dimensions, writing specifications, and verifying completed drawings, artwork, and digitized plots. The role requires an engineering bachelor’s degree and a minimum 3.0 GPA, with collaboration, analytical ability, communication, and project-delivery skills valued.

Design and develop analog integrated circuits by defining specifications, analyzing architecture tradeoffs, supervising layouts, creating behavioral models, participating in design reviews, and characterizing prototypes. The role coordinates with business, systems, test, and product engineering teams to ensure specification compliance, performance, and successful product releases.

Manages parametric performance for analog and embedded semiconductor technologies. Drives process and device improvements through characterization, testing, experiments, data analysis, and simulation; investigates scrap and outliers; improves Cpk, yield, cost, and reliability; and leads cross-functional technology transfer, qualification, development, and manufacturing efforts.

Lead test strategy and execution for programmable logic semiconductor devices. Responsibilities include designing ATE hardware boards, developing qualification, characterization, and production test programs, correlating ATE results with bench validation, debugging silicon and test issues, analyzing production data, and releasing probe and final-test solutions. The role collaborates with design, systems, manufacturing, IT, and remote production teams to deliver robust, cost-effective, high-quality test solutions.

Drive BEOL process integration and development for advanced semiconductor technology nodes. Own process flows, coordinate experiments with unit process teams, validate lithography and OPC solutions, and ensure compatibility with packaging and testing requirements. Deliver manufacturable, cost-effective technologies meeting physical, electrical, yield, reliability, and product targets while managing schedules, technical discussions, and cross-functional collaboration.

Supports digital IC product development by defining specifications, analyzing chip architecture trade-offs, participating in design reviews, partnering on IC layouts, characterizing prototypes, developing test specifications, coordinating with test and product engineering, and creating behavioral models and documentation.

Performs risk assessments, internal control evaluations, audit testing, and data analysis to identify business risks and trends. Collaborates with management on innovative solutions and advisory projects while gaining exposure to systems and processes across sales, finance, HR, ethics, and facilities.

Participates in Texas Instruments’ Communications Career Accelerator Program, developing skills in communications strategy, marketing campaigns, thought leadership, content creation, storytelling, project management, and channel execution. Responsibilities may include social media, employee and executive communications, crisis communications, media relations, recruiting promotion, internal communications, blogs, videos, presentations, and measurement of campaign results while collaborating with global cross-functional teams.

Supports semiconductor production through yield analysis, issue disposition, product and process improvement, new product introduction, CPK analysis, test optimization, and manufacturing tool and process release analysis. Collaborates with design, test, reliability, process, and manufacturing engineering teams to resolve production issues, improve yields, reduce costs, and support product transfers into fabrication.