Top Tech Jobs & Startup Jobs

Designs digital circuitry for battery gauge mixed-signal SoCs, translating system requirements into microarchitecture, RTL, and production hardware. Owns the digital flow from RTL through GDSII, collaborates with analog, verification, validation, product, and test engineering teams, and supports first-pass production transfer. The role also improves architectures, develops embedded controller and DSP capabilities, automates design flows, and leads technical discussions and cross-functional collaboration.

Lead development, characterization, optimization, and manufacturing scale-up of GaN power devices. Responsibilities include TCAD simulation, device design and layout, process-flow development, DOE execution, process integration, manufacturability collaboration, reliability improvement, and failure root-cause analysis. The role requires hands-on semiconductor laboratory experience, device physics expertise, electrical and materials characterization skills, and cross-functional collaboration with fabrication, manufacturing, reliability, and business teams.

Develops and implements ATE test strategies for mixed-signal power management devices, including test plans, programs, hardware interfaces, silicon characterization, qualification, failure analysis, yield improvement, and test-time optimization. Collaborates with design and production teams to transition products into volume manufacturing while ensuring robust, cost-effective solutions and product quality.

Maintains and improves semiconductor manufacturing equipment performance, reliability, uptime, and cost of ownership. Oversees equipment installation, upgrades, maintenance, vendor coordination, preventive maintenance, specifications, troubleshooting, and technical support. Uses equipment data and SPC techniques to drive continuous improvement, resolve fab-impacting issues, support safety and quality projects, and deliver action plans and progress reports.

Supports customers with TI PWM power products through design-in assistance, schematic and layout reviews, board-level debugging, and on-site technical support. Designs evaluation boards and reference designs, develops bench characterization and automation methods, participates in silicon testing and datasheet reviews, and creates user guides, application notes, and test procedures. Collaborates with systems engineers and customers to ensure product robustness and successful implementation.

Develop and optimize automated test hardware and software for mixed-signal integrated circuits. Perform IC qualification, characterization, failure analysis, yield improvement, test-time optimization, product transfers, and customer-return analysis. Collaborate with design, manufacturing, quality, reliability, and global facilities to support product development and lifecycle management. Use statistical analysis and laboratory equipment to resolve production and quality issues.

Supports digital experience operations and analytics by collecting, joining, and analyzing customer data; creating audience segments through customer data and marketing platforms; building reporting ecosystems; evaluating KPIs; and recommending improvements to sales and marketing programs across digital channels.

Supports web marketing and digital experience operations by using data analytics, customer data platforms, marketing technology, segmentation, personalization, and experimentation to improve sales and marketing programs. The role analyzes KPIs, optimizes digital customer experiences, collaborates with global marketing and technical teams, and leads strategic marketing projects through Texas Instruments’ Career Accelerator Program.

Participates in TI’s Career Accelerator Program while developing system-level semiconductor solutions. Works with customers, sales, and business units to create reference designs, combine hardware and software, gather requirements, develop specifications and algorithms, troubleshoot systems, and influence product roadmaps. Responsibilities include schematic capture, PCB layout, fabrication, assembly, testing, documentation, and customer-focused debugging.

Participate in TI’s Career Accelerator Program while developing analog and digital chips from concept through mass production. Define product specifications and roadmaps, evaluate system tradeoffs, collaborate with customers and cross-functional IC development teams, troubleshoot hardware and software issues, and document development lifecycle activities. The role also includes system design, algorithm development, reference modeling, and exposure to applications engineering and product marketing.