Process Development Test Engineer

Overview In this role you will help advance TI’s semiconductor manufacturing technology by developing robust characterization solutions for cutting-edge process platforms. You’ll define test structures, architect measurement solutions, and enable accurate data and SPICE models across diverse technologies. You’ll partner with design and technologist teams to align specifications with characterization results and drive best practices for high-performance entitlement. You’ll build scalable infrastructure to speed up learning cycles in technology development. This is a mission-driven opportunity to shape future electronics at TI. Compensation / Benefitscompetitive pay and benefitswell-being focus ResponsibilitiesPartner with technologists to ensure robust characterization solutions for emerging technologiesDefine test structures and architect test solutions to enable accurate characterization data and SPICE modelsCollaborate with design teams to align FoM specifications with characterization data and simulationsDrive best practices for test structure design and characterization methodsCharacterize all component types across process, bias, temperature, and frequency rangesBuild infrastructure to enable efficient characterization and rapid learning cycles Key requirementsMaster's in Electrical Engineering, Physics, Engineering Physics or related (5 years semiconductor experience in test & measurements)Ph.D. in Electrical Engineering, Physics, Engineering Physics or related (3 years semiconductor experience in test & measurements)5 years semiconductor experience in test & measurements (if Master’s)Experience in test systems development and SPICE models for componentsKnowledge of semiconductor device physics and test fundamentalsProgramming experience and understanding of SPICE modelsStrong verbal and written communicationTeam collaboration across functionsInitiative and results-driven mindsetTesting fundamentalsSemi-automated and automated characterization methods, tools, and equipmentUnderstanding of semiconductor device physics