Jobs at Texas Instruments

Applications Engineer supporting multiphase power products for AI, GPU, CPU, ASIC, and data-center platforms. Responsibilities include customer schematic and layout reviews, board-level debugging, simulation modeling, evaluation board design, bench characterization, silicon testing, reference designs, technical documentation, application notes, and customer design-in support. Requires electrical engineering expertise, power electronics experience, hardware/software debugging skills, and customer applications support experience.

Lead a team developing power management IC layouts for high-power-density applications. Own layout execution, introduce new tools and flows, manage schedules and resources, and coordinate with design, product, process, reliability, packaging, and foundry teams. Mentor junior layout engineers while ensuring robust analog, power, high-voltage, parasitic-aware, and package-aware layouts that meet delivery goals.

Develops and oversees integrated master schedules for major construction projects. Responsibilities include work breakdown structures, critical path analysis, predictive scheduling, resource planning, earned schedule and earned value analysis, risk mitigation, subcontractor and vendor schedule integration, progress reporting, change management, and scheduling process improvement. The role also leads adoption of generative scheduling tools across construction projects and collaborates with project managers, contractors, vendors, and stakeholders.

Supports customer design-ins for multiphase processor power solutions used in data centers. Reviews schematics and layouts, debugs customer hardware, designs evaluation boards, supports new silicon characterization, develops reference designs, and creates technical documentation including user guides and application notes. Collaborates with systems, design, test, marketing, and customer teams throughout product development and post-launch support.

Designs and leads scalable software architectures for factory scheduling and simulation across wafer and backend manufacturing. Responsibilities include developing full-stack solutions, data pipelines, and simulation models using multiple programming languages and cloud platforms; integrating systems with data engineering, analytics, and IT teams; ensuring security, quality, compliance, reliability, and scalability; mitigating technical risks; and mentoring engineers while coordinating stakeholders.

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

Designs, models, verifies, and documents digital integrated circuits and advanced processor systems. Responsibilities include defining architecture specifications, analyzing performance and power trade-offs, participating in design reviews, supervising IC layouts, developing behavioral models, characterizing prototypes, and coordinating testing and product releases.

Supports daily engineering lab operations, including instrument calibration, equipment lifecycle management, quality-standard compliance, lab-user assistance, issue resolution, budgeting, and accurate records. The role also contributes to lab strategy through workflow automation, data analytics, digital transformation, and process improvements. Collaboration spans engineering, facilities, EHS, IT, and equipment vendors.

Develops semiconductor product definitions and strategies, evaluates automotive, industrial, consumer, and computing systems, negotiates IC development tradeoffs, supports customer applications, troubleshoots hardware issues, and drives design wins. The role includes silicon evaluation, technical documentation, customer and field-team support, product ramp-up, revenue planning, and roadmap development.

Participates in a 12-month career accelerator program while supporting semiconductor manufacturing product introduction and production. Responsibilities include analyzing yield and test-floor issues, debugging hardware and software setup failures, improving productivity and test processes, supporting new product releases, qualifying test systems, and managing equipment and process introductions. The role collaborates with design, process, test, reliability, manufacturing, and product engineering teams.

Design and develop analog, digital, and RF integrated circuits. Responsibilities include defining specifications, analyzing chip architecture trade-offs, participating in design reviews, supervising IC layouts, characterizing prototypes, developing test specifications, coordinating product releases, and driving behavioral models.

Develop and deploy advanced process control solutions for a new high-volume semiconductor fabrication facility. Responsibilities include run-to-run process control, equipment and process startup, APC software and algorithm development, MES execution, machine learning integration, process improvement, data analysis, SPC, DOE, modeling, and troubleshooting to improve yield, reliability, efficiency, and quality.

Develops and supports power converter and regulator integrated circuits from product development through production. Responsibilities include IC evaluation, debugging, characterization, reliability failure analysis, technology qualification, yield management, quality improvements, cost reductions, and collaboration with design, test, manufacturing, quality, and reliability teams. The role also automates bench characterization, analyzes statistical data, establishes production test limits, and supports product spins and derivatives.

Evaluate, select, install, upgrade, maintain, and troubleshoot semiconductor manufacturing equipment. Monitor equipment performance and reliability, improve uptime, support repair and process engineering teams, track manufacturer updates and safety issues, and define preventive maintenance schedules. The role focuses on implant equipment within a fast-paced semiconductor cleanroom environment and requires collaboration across manufacturing functions.

Three-month internship or six-month co-op supporting business and operations functions including accounting, finance, supply chain, procurement, logistics, operations, and pricing. Projects may involve financial analysis, forecasting, reporting, supply and demand analysis, factory optimization, sourcing, process improvement, automation, and pricing strategy. Interns contribute to business systems and operational projects while collaborating with internal and external stakeholders.

Ensures externally sourced materials, components, and services meet quality standards before manufacturing use. Responsibilities include supplier qualification, audits, capability assessments, quality data analysis, incident resolution, corrective actions, incoming inspection documentation, new product introduction support, and supplier process improvement. The role partners with Procurement, Manufacturing Engineering, and Design teams while applying structured problem-solving and statistical quality tools.

Leads a team of program managers responsible for multiple complex, cross-functional engineering development projects. Oversees organizational execution, budget and schedule performance, and product development success. Establishes stakeholder relationships, supports technical customer interactions, and drives improved project delivery through collaboration, problem-solving, and process execution. Includes people management responsibilities.

Develops and supports analog amplifier, PGA, XTR, buffer, and optical networking products from design through production. Responsibilities include PCB and characterization program development, integrated circuit evaluation and debugging, failure analysis, reliability qualification, process and package technology development, manufacturing support, yield management, and cost reduction. The role collaborates across design, test, applications, manufacturing, quality, reliability, marketing, and global production teams.

Manages semiconductor products from development planning through production release, ensuring manufacturability, reliability, quality, specification compliance, and sustaining support. Coordinates with design, manufacturing, testing, quality, reliability, process, and marketing teams. Develops long-term cost and profit plans and manages personnel to support efficient operations.

Defines semiconductor product and platform roadmaps by assessing market opportunities, understanding analog and mixed-signal technologies, translating customer requirements into technical specifications, and partnering with marketing, applications, and design teams. Supports customer-facing system solutions, design wins, circuit modeling, technical optimization, and manufacturability while considering business cost targets.