Top Tech Jobs & Startup Jobs

Leads a test engineering team responsible for developing and optimizing production tests for precision ADCs. Drives test strategies, cost reduction, yield improvement, DFT, validation, failure analysis, qualification, and tester-agnostic methods. Analyzes test data, resolves technical issues, collaborates across design, manufacturing, quality, and reliability teams, and coaches product and test engineers.

Develops probe and final test solutions for complex mixed-signal DAC, ADC, and other integrated devices. Responsibilities include creating test plans and programs, designing ATE interface hardware, debugging and characterizing silicon, analyzing yield and failures, optimizing test time, supporting qualification and validation, and releasing products to volume production. The role collaborates with design and manufacturing teams to deliver robust, cost-effective test solutions.

Perform hands-on analog and power IC layout for high-density PMICs, including matching, symmetry, current density, electromigration, IR drop, high-voltage isolation, parasitic-aware design, power devices, bond pads, and ESD structures. Collaborate with circuit designers, complete DRC/LVS/PEX verification, adopt new tools and flows, improve design processes, and deliver high-quality layouts on schedule.

Develop verification plans and mixed-signal testbenches for analog and mixed-signal ICs using Cadence Virtuoso and SystemVerilog. Create automated checks, measurements, coverage regressions, and specification compliance matrices; report results, track issues, and drive bugs to closure with cross-functional design teams. The role includes regression scripting, verification-flow improvements, and structured training through TI’s Career Accelerator Program.

Leads design verification for high-speed SerDes transceivers used in automotive, industrial, enterprise, and consumer electronics. Applies digital design and modeling knowledge, debugs complex signal-conditioning and data-path designs, and supports reliable, low-power semiconductor development in advanced CMOS processes.

Evaluates, selects, installs, upgrades, maintains, and supports semiconductor manufacturing equipment. The role monitors equipment performance and reliability, improves uptime, resolves manufacturing-impacting equipment issues, supports repair and process engineering teams, and develops preventive maintenance programs. Expertise with semiconductor equipment, vacuum technologies, cleanroom protocols, SPC, and equipment monitoring is preferred.

Develops and implements probe and final tests for complex mixed-signal power management devices. Responsibilities include creating test plans and programs, designing ATE interface hardware, characterizing and debugging silicon, analyzing yield and failure data, optimizing test time, supporting qualification, and transitioning products to volume production. The role requires electrical engineering expertise, analog ATE experience, circuit knowledge, laboratory equipment skills, and product engineering experience.

Designs high-speed mixed-signal communication chips and digital circuits interfacing with analog circuitry. Responsibilities include RTL coding, simulation, synthesis, timing closure, verification, evaluation, and debugging at circuit and behavioral levels. The role also develops test methods, specifications, application materials, data sheets, and demo boards while collaborating closely with analog and digital engineering teams.

Develops and qualifies semiconductor products, particularly buck converters, from new product introduction through high-volume manufacturing and field performance monitoring. Responsibilities include package and assembly definition, reliability qualification, manufacturing process setup, root-cause analysis, yield and quality improvements, cost reduction, and collaboration with global design, test, packaging, manufacturing, and quality teams.

Designs high-speed mixed-signal communication chips and digital circuits interfacing with analog circuitry. Responsibilities include RTL coding, simulation, synthesis, timing closure, verification, evaluation, debugging, test method development, specifications, application materials, datasheets, and demo boards. Collaborates closely with analog and digital engineering teams to solve complex problems and deliver projects on time.