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As Senior RF ATE Engineer, you will engage with an experienced cross-disciplinary staff to conceive and design innovative product solutions. You will work closely with an internal inter-disciplinary team, and third-party suppliers to drive key aspects of product definition, execution and optimization. You must be responsive, flexible and able to succeed within an open collaborative peer environment.
You’ll be responsible for RFIC high-volume production test methodology of mm-wave RFICs for Project Kuiper custom silicon. You’ll be part of the team that creates a chip and system test infrastructure and methodology applicable to transmit and receive communication systems.Export Control Requirement:Key job responsibilities
- Write test plans and test programs for mm-wave SoCs tested on Teradyne and Advantest equipment.- Define load board, socket, and probe card designs for best layout practices and possible signal / power integrity issues.
- Architect high-volume test solutions across DUT firmware and tester software to optimize total test cost.
- Actively identify test related readiness, issues, and optimizations throughout the product lifecycle and work towards expedient resolutions.
- Own the optimization, standardization, and improvement of test methodologies to enhance operational efficiency in production, ensure product quality and minimize cost.
- Work with lab bench mm-wave test systems to correlate bench and ATE results.
- Define test plans and limits for production lots, corners lots, and pre-/post-qualification lots.
- Develop and transfer to volume production RF and high-speed digital die probing techniques to improve accuracy of identifying good dice and improve yield.
- Interact with suppliers such as foundries and OSATs to complete engineering programs for wafer test, final test, and qualification.
- Bachelor's degree in electrical/communications engineering or related field.
- 5 or more years of employment in silicon RF Test or RF Product Engineering.
- Up to 30% international travel required.
- Masters or PhD degree in Electrical / Communications Engineering or related field.
- Excellent oral and written communications skills.
- 7+ years of hands on experience in mm-wave or RF validation engineering of communications systems, preferably in high-volume consumer devices manufacturing
- Strong technical background in one or more of the following:
- RF, mm-wave, and high-speed digital ATE hardware development and debugging.
- PCB design/layout requirements and best practices for mm-wave and high-speed digital signals.
- Running firmware on DUTs to reduce test time and increase self-testability.
- Analog DfT and RF-BIST techniques.
- Performing RF measurements such as load pull, s-parameters, noise parameters, IIP3, and automating equipment using Python and MATLAB.
- RF test equipment such as network analyzers, spectrum analyzers, oscilloscopes, signal generators, and probe-stations.
- High volume automated test of beamforming systems such as 5G, 802.11AD, or satellite communications.
- Digital and SERDES test techniques such as scan, MBIST, and loopback.
- Knowledgeable in production control processes, statistical analysis platforms (Galaxy, Spotfire, JMP or similar), data interpretation/analysis, Cp/Cpk, and bench/tester correlation.
- New product transition from design phase, through qualification and into high volume manufacturing environment.
- Source code control tools (Git, SVN, bitbucket) and bug tracking tools (JIRA).
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