Promote the use of known best techniques for continuous improvement such as Lean, Six-Sigma, Poka-Yoke (Error Proofing), Measurement System Analysis (MSA) and Failure Mode and Effects Analysis (FMEA), Control Plan ( CP), Statistical Process Control (SPC), etc.., Conduct supplier quality procedure / process type training and awareness activities.
Work with OSATs to prepare well for any Semtech end customer audits and ensure passing. Provide corrective or improvement actions if any concern or finding is raised by end customer.
Share to OSATs all lessons learned from other OSATs with similar product line, in order to help prevent occurrence of same issue in their facility. Share any best practices, BKMs, learned to all OSATs.
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Analyze RF electrical specifications from device datasheets to create detailed ATE test plans and improve RF test methodologies.
Design RF probe and final test schematics; lead or participate in hardware review meetings with design and product teams.
Collect and analyze RF device performance data, establish test limits through temperature characterization, correlate test parameters against system-level RF performance, and perform production GR&R
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Define optical concepts and architectures to address semiconductor metrology and inspection problems from requirements definition to solution delivery
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Integrate AI/ML capabilities into applications (APIs, microservices, or embedded components)
Manage source codes and maintain workflows for version control using Git and GitHub
Support infrastructure, deployment, and DevOps processes (including troubleshooting and resolving both code and infrastructure issues across the entire stack)
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Architect of automation systems with a focus on precision motion control for high-speed and high-accuracy applications. Apply precision motion control theories to develop novel solutions for development of complex equipment for semiconductor or other advanced manufacturing machines.
Project Execution & Deployment
Execute the full design lifecycle from concept through conceptualization, design and analysis to prototyping, testing, and deployment of automation systems. Conduct the necessary laboratory tests to ensure the control systems meet stringent performance, accuracy, and reliability standards.
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Troubleshoot and improve process stability, texture uniformity, reproducibility, and scalability; understand failure modes and address issues.
Collaborate with multidisciplinary teams (materials scientists, mechanical engineers, surface metrology experts) and with industrial partners for technology transfer.
Stay up to date on emerging laser processing technologies and contribute to the evaluation and incorporation of new techniques (e.g. novel optics, process monitoring and control, simulation and modelling, machine learning).
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Troubleshoot and improve process stability, texture uniformity, reproducibility, and scalability; understand failure modes and address issues.
Collaborate with multidisciplinary teams (materials scientists, mechanical engineers, surface metrology experts) and with industrial partners for technology transfer.
Stay up to date on emerging laser processing technologies and contribute to the evaluation and incorporation of new techniques (e.g. novel optics, process monitoring and control, simulation and modelling, machine learning).
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