Radio Frequency Engineer

Key Responsibilities · Lead and/or execute RF and plasma engineering projects, including development and management of key suppliers · Independently identify and troubleshoot a broad range of complex RF/plasma issues with minimal supervision · Define and drive structured plans to address high-value problems (HVPs) · Specify and perform complex engineering analyses with minimal guidance · Proactively identify technical gaps or bottlenecks and take decisive action to resolve them, ensuring timely execution · Track projects and tasks rigorously, driving them to completion with a high degree of ownership and accountability · Design and/or modify engineering assemblies, schematics,layouts, and detailed specifications · Plan, coordinate, execute, and document engineering tests; develop solutions, define product specifications, and support release to production · Collaborate with internal and external customers to understand and resolve complex RF/plasma challenges and HVPs · Lead system integration of RF modules and subsystems, working cross-functionally with mechanical, electrical, software, process, customer support, and supply chain teams · Analyze complex RF/plasma behaviors using quantitative methods, analytical tools, and simulation models · Operate effectively in a fast-paced environment, consistently meeting aggressive targets and timelines · Apply best-known methods (BKM) and sound scientific principles to achieve robust, first-pass design success · Mentor and guide junior engineers, fostering skill development and team growth Key Attributes · Strong foundational knowledge and deep understanding of RF–plasma interactions in plasma wafer processing applications · Subject matter expert in RF power delivery systems, including RF generators, matching networks, and RF filters · Expertise in high-voltage and high-power DC power supplies and RF generators for plasma generation · Advanced proficiency in RF matching and RF measurements, with hands-on experience using network analyzers, spectrum analyzers, oscilloscopes, RF sensors, and power meters · Structured, systematic problem-solving approach: able to identify, capture, characterize, and analyze complex RF/plasma issues using analytical tools and simulation methods · Demonstrated ability to generate innovative design concepts and rapidly implement solutions independently or within a team · Quick learner with a strong aptitude for adopting new technologies, developing new test methodologies, and generating intellectual property (IP) · Effective communicator with the ability to collaborate across cross-functional teams, including process, mechanical, electrical, software, GPS/TPS, field engineers, and external suppliers · Experience with plasma diagnostics and electromagnetic/plasma modeling is a plus · Solid understanding of RF transmission and return paths, proper RF connections, and grounding best practices · Experience with PVD, CVD, and Etch equipment is a plus Qualification requirements: o Bachelor's Degree in EE or Physics with 5 - 12 years of industry experience or o Master’s degree with 4 - 9 years of experience or o PhD with 3 - 6 years or more in the semiconductor or flat-panel capital equipment industry. Travel: 10 - 15% Domestic or International