Jobs at Texas Instruments

Participate in TI’s Career Accelerator Program while developing expertise as an applications engineer. Provide technical support, promote semiconductor products, solve customer system-level challenges, debug and test solutions, understand customer needs, and help define future products. Collaborate with customers and internal teams, gain exposure to product marketing and digital marketing, and build hands-on experience with analog and digital electronics, schematics, layouts, lab equipment, and technical problem-solving.

Develops and implements production test strategies for battery monitor and protector ICs. Responsibilities include creating test plans and programs, designing ATE interface hardware, characterizing and debugging silicon, analyzing yield fallout, performing failure analysis, optimizing test time, and supporting volume production release. The role requires collaboration with design and manufacturing teams and extensive lab work using electronic measurement equipment.

Design, develop, and deploy AI solutions for discriminative and generative applications across semiconductor design, manufacturing, sales, planning, and productivity. Build data pipelines, develop LLM agents, train neural networks, test solutions, and monitor model accuracy and drift. Collaborate cross-functionally to deliver secure, scalable, and high-performance systems.

Develops customer relationships and market plans to identify semiconductor opportunities at the concept stage. Leads device identification, coordinates with field application engineers and internal experts, manages major customer projects, analyzes supply chains and revenue forecasts, and develops annual financial plans. The role requires customer-facing engineering experience, semiconductor sales expertise, understanding of electronic system design, and strong relationship-building and communication skills.

Develop, characterize, and optimize MEMS resonator devices for volume production. Drive process and device improvements through testing, design of experiments, data analysis, and simulation while collaborating with process, integration, reliability, packaging, test, and product engineering teams. Lead technical discussions, manage multiple tasks and deadlines, communicate project status, and improve device robustness, reliability, manufacturability, and electrical 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.

Provides customer support by resolving inquiries, documenting interactions, collaborating cross-functionally, correcting customer data discrepancies, and maintaining operational success metrics. Uses internal systems, data, email, ticketing tools, CRM platforms, and Microsoft Excel to address customer issues and improve processes. Builds customer and internal relationships while contributing to a supportive, fast-paced team environment.

Supervise manufacturing cleanroom operations on a 12-hour rotational shift. Lead production teams, staffing, personnel development, 5S initiatives, priority lot movement, issue escalation, quality improvement, and cycle-time reduction. Collaborate with supervisors and engineers to implement process changes, achieve production goals, prevent scrap, and resolve manufacturing and technical issues in a highly automated semiconductor factory.

Leads semiconductor manufacturing quality and continuous-improvement projects, analyzes defect trends and quality metrics, supports internal and external audits, performs root-cause and risk analyses, and resolves customer-return events. Uses FMEA, 8D, SPC, Fishbone, and 3x5 Why methods. Tracks lot-on-hold corrective actions, maintains quality documentation, and collaborates with engineering, manufacturing, and external teams.

Lead and optimize end-to-end SMT manufacturing processes to improve quality, yields, stability, and production efficiency. Responsibilities include process development, troubleshooting, NPI readiness, qualifications, KPI analysis, defect reduction, documentation, audits, cost reduction, supplier and material evaluation, and corrective actions. The engineer serves as an SMT technical escalation point, mentors junior staff, and collaborates with Quality, Production, Test, APTE, and Supply Chain teams.

Manage and maintain site computing infrastructure (servers, storage, virtualization, backup). Design infrastructure, deploy servers/clients, monitor and troubleshoot systems, enforce IT security and compliance, manage identity/access, patching, data protection, and provide technical support to users and global teams.

Supervise semiconductor wafer-fab manufacturing teams in a cleanroom environment. Manage safety, training, staffing, resource allocation, material flow, production objectives, and shift operations. Drive 5S, continuous improvement, productivity, cycle-time reduction, audit performance, and scrap prevention. Coach and develop employees, communicate process changes and goals, escalate production issues, and lead cross-functional teams addressing manufacturing and technical problems.

Leads an analog IC design team through product definition, design, verification, silicon evaluation, and manufacturing release. Provides technical guidance on circuit and physical design, manages schedules and assignments, collaborates with validation, test, systems, applications, marketing, and customers, and supports product documentation and roadmap development. Also participates in hiring, personnel development, and performance evaluation.

Develops and improves CMP and wet semiconductor manufacturing processes, supporting production operations, yield, efficiency, quality, equipment performance, and process startups. The role includes lot and equipment dispositions, process experiments, root-cause analysis, data analysis, continuous improvement, manufacturing ramp support, technician training, and creation of reports, visualizations, and process documentation.

Directs and guides analog and mixed-signal IC design and development activities. Evaluates research and development outcomes, presents technical project reports, recommends actions, and oversees personnel selection, development, and performance. Requires collaboration with internal and external stakeholders, strong communication, analytical problem-solving, initiative, teamwork, and effective time management.

Develop verification plans, test benches, tests, and simulations at RTL and gate-level simulation. Run coverage regressions to achieve defined goals, collaborate with design and systems teams, and track and communicate verification status, issues, and risks. The role requires an engineering bachelor’s degree and strong communication, teamwork, initiative, time management, and relationship-building skills.

Leads cross-functional global teams through semiconductor new product development, from opportunity assessment to market release. Manages schedules, budgets, quality, qualification, reliability, materials logistics, manufacturing coordination, customer milestones, and return on investment. Provides project direction, resolves reliability and qualification issues with failure analysis teams, coordinates fabrication and assembly/test sites, and reports status to senior management.

Serve as SME for final-test automated test equipment (ATE) and handlers, develop and qualify ATE/test-cell solutions, collaborate across design/product/manufacturing, document qualification, drive cost reduction and automation, and support scalability and manufacturability for semiconductor final test.

Develop and execute sourcing strategies, identify and develop suppliers, manage spend categories, negotiate pricing and contracts, and strengthen supply chain resilience. The role oversees vendor performance, quality, capacity, forecasts, delivery, warranties, and continuity planning while collaborating with legal, operations, and new product development teams. It also analyzes market trends and sources semiconductor manufacturing and IC design technologies.

Evaluates, selects, orders, installs, upgrades, maintains, and supports semiconductor manufacturing equipment. Studies equipment performance and reliability, develops uptime and problem-resolution programs, monitors manufacturer updates and safety issues, and establishes preventative maintenance schedules. Provides technical support to equipment repair and process engineering teams while applying semiconductor manufacturing, SPC, vacuum, monitoring software, and cleanroom expertise.