Analyze NPI and high volume mass production data to drive cross functional teams for feedback & decisions to improve production yields, TestTimes and capabilities for MP.Minimum requirement of a bachelors degree Programming experience in C, C++, Matlab, Python, or other similar language Hands on experience with RF lab equipment, skilled in working with and programming high-volume ATE testers such as LitePoint, Advantest and Teradyne Familiarity with communication and debug interfaces, including SPI, SWD, PCIe, and JTAG protocolsPreferred BS with 3+ years of relevant industry experience Deep understanding of wireless technologies Skilled at driving cross-functional decision-making and collaborating with various test teams (upstream/downstream) to develop a comprehensive end-to-end product testing strategy Highly self-motivated and capable of leading vendors, test partners, and establishing effective test strategies Exceptional expertise in hardware and software integration, problem-solving, and optimization Experienced in data and yield analysis including 6-Sigma Analysis, with proficiency in JMP or similar tools a plus Well-versed in the design, validation, and debugging of DUT control boards Experience leveraging Generative AI tools to accelerate data analysis, troubleshoot test programs, and improve debugging efficiency. The Wireless Module Test Engineer (WMTE) will be responsible for designing and driving strategy for all high-volume RF module tests at the module factories adhering to the internal processes/objectives.