Back
Niche semiconductor ATE skillset reduces applicant density despite Tier-1 brand and metro location.
Semiconductor ATE/test engineering skills are highly domain-specific and not easily transferable across industries.
Multiple mandatory specialized skills (Teradyne ATE, DFT, scripting, semiconductor testing) drive high shortlisting strictness.
Login to See Your Match Score
Create a free account or log in to unlock your CV match score across:
Lead development and documentation of test plans for new IoT devices.
Design, debug, and implement Automated Test Equipment (ATE) hardware and software for production and reliability testing.
Manage test-related activities with internal teams and external test houses, ensuring quality and cost-effective mass production solutions.
Bachelor's or Master's degree in Electronics and Communication or Electrical and Electronics.
Proficient in semiconductor testing methodologies, including Teradyne-Ultraflex-RF; experience with Ultraflex+ is a plus.
Programming skills in scripting (Perl/Python) and high-level languages (C/C++, Java, Visual Basic); familiarity with UNIX/Linux and shell scripting.
Work Experience Required: Not explicitly mentioned in the JD.
Strong understanding of semiconductor device fundamentals and Design-for-Test (DFT) techniques like ATPG and PMU blocks.
Experience in developing and debugging test programs for digital/mixed signal/PMU/RF blocks in IoT products such as BT, BLE, and Wi-Fi.
Ability to collaborate cross-functionally across multiple development sites and product roles for IP design, applications, DFT, product and test engineering.