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Tata Electronics • Assam, India
Role & seniority: Senior IC Test Development Engineer (5+ years in semiconductor testing; individual contributor)
Stack/tools: Automated test equipment (ATE) environments (Teradyne ETS/364/88/800, UltraFlex, J750, Magnum, Advantest V93K or equivalents); load boards and probe cards; PCB design tools; signal integrity; high-speed Serdes interfaces; programming in C/C++; data extraction (Perl/Python advantageous)
Own end-to-end test solution development from concept to implementation; create comprehensive test plans covering device functionality
Develop and debug test programs for Digital, Mixed-Signal, and RF devices on ATE; verify with bench tests; collaborate with design/manufacturing/QA to align test procedures
Design and deliver ATE hardware (load boards, probe cards), characterize devices across temperatures, optimize performance, and document procedures
Bachelor’s or Master’s in Electronics/Communication Engineering or related field
5+ years in semiconductor testing and IC test development; strong ATE and test software understanding
Proficiency in C/C++ for test software; strong circuit/measurement knowledge; ability to analyze results and troubleshoot
Effective communication and teamwork; experience with cross-functional collaboration
Python/Perl for data extraction; device characterization across temperatures
Experience with High Speed Serdes and protocol tests (PCIe,
An IC Test Development Engineer develops and implements automated test equipment and programs for design verification and production testing of integrated circuits (ICs). This includes designing electronic circuits, writing test software, and ensuring robust and cost-effective testing solutions. Develop the test hardware Load board and Probecards for the devices.
Test Program & Solution Development: Takes ownership of the entire test solution development process, from initial concept to implementation. Creating comprehensive test plans to cover all aspects of the chip's functionality. Sound knowledge on Digital, Mixed signal, RF test methodologies. Experience in developing the test programs in ATE environment for Digital, mixed signal, RF devices. Device debug for Digital, Mixed Signal, RF devices using ATE tools and verify with bench Test results. Responsible for working with different teams for understanding the device datasheet and come up with a detailed Test procedure/plan to test the chip in ATE environment. Strong working experience in Teradyne test systems like ETS (364/88/800), UltraFlex, J750, Magnum, Advantest V93K systems or any other ATE Tester. Build ATE hardware design (load board & probe card), PCB design tools and Signal Integrity analysis. Need to interact with the PCB design team for developing the necessary hardware – Test load board, bench board and probe cards. Knowledge on Device Characterization, testing at different temperatures. Knowledge on data extraction tool like Perl, Python will be added advantage.
Performance Optimization: Improves testing processes and methodologies to ensure efficient and cost-effective testing.
Documentation: Creates and maintains test documentation, including test plans, specifications, and procedures.
Collaboration: Works closely with cross-functional teams, including design, manufacturing, and quality assurance, to ensure seamless integration and testing of ICs.
Test Execution: Running tests on the manufactured silicon, including both pre-silicon (emulation) and post-silicon platforms. Expertise in High Speed Serdes Interface characterization and protocol compliance testing such as PCIe/Ethernet/SDI/CoaXpress/JESD204, MIPI D-PHY, MIPI CSI/DSI-2, USB and DisplayPort/HDMI etc.
Education: Bachelor's or Master's degree in Electronics and Communication Engineering or a related field. Candidate should have minimum5 years’ experience in semi-conductor testing in ATE. Experience in IC test development, with a strong understanding of automated test equipment (ATE) and test software.
Programming: Proficiency in C/C++ programming for test software development. Strong knowledge of electronic circuits and measurements. Ability to analyze test results, identify issues, and propose solutions. Ability to troubleshoot and resolve technical issues related to IC testing. Excellent verbal and written communication skills for collaboration and documentation. Ability to work effectively in a collaborative team environment. Show more Show less