Principal RF Systems Engineer
Devens, MA - USA
Job Summary
SPARC sustains fusion reactions by feeding >25MW of 120MHz RF power into the tokamak to heat the plasma to 100 million Kelvin. We need a Principal RF Systems Engineer to play a pivotal role in building the most powerful RF plant in the world.
At this level you are a highly influential architect of the system. You will help drive the high-level technical direction while remaining deeply hands-on taking a central role in the integration of high-power electronics solid-state amplification and complex transmission networks to ensure SPARC achieves net energy.
For more information on the SPARC RF plant see the SPARC journal papers here:
- Shape System Architecture: Play a critical role in the end-to-end design and integration strategy for RF plants for tokamaks collaborating with other senior engineers to ensure seamless interaction between RF sources matching networks and the dynamic plasma load
- Guide Solid-State & Electronics Integration: Act as a key driver in the architecture and design of the electronics ecosystems required to integrate massive distributed RF systems with a heavy emphasis on solid-state amplifier technology and associated power supplies
- Spearhead Instrumentation & Control (I&C): Take the initiative in designing and integrating advanced RF signal detection measurement circuits and embedded digital controllers that interface seamlessly with SPARCs central data collection systems
- Tame High-Power Delivery: Serve as a central figure in the hands-on design integration and optimization of critical high-power transmission components specifically large-diameter coax lines and dynamic impedance matching networks
- Hands-on Technical Mentorship: Act as a senior technical authority on the floor. You will be actively involved in commissioning equipment troubleshooting the most complex system-level hardware discrepancies and organically mentoring junior engineers to elevate the entire RF teams capabilities
- Education: Bachelors degree in Electrical Engineering Physics or a related field (Masters or Ph.D. strongly preferred for this level)
- Experience: 15 years of hands-on experience in high-power RF systems radar particle accelerators or heavy industrial power electronics
- RF Fundamentals Expertise: Proven intuition for high-power RF environments specifically hands-on experience measuring forward and reflected RF power diagnosing RF arcs and designing the timing and electronics to mitigate them
- Electronics & Design: Exceptional skills in RF circuit and electronics design (Altium or similar) specifically geared toward instrumentation sensing control and system integration. Experience in EMI/EMC mitigation to ensure sensitive timing and RF detection circuits operate reliably within extreme high-power high-noise environments
- Advanced Simulation: High proficiency in RF/Microwave simulation software (CST HFSS etc.) to validate architectural decisions before physical integration
- Cross-Disciplinary Fluency: A strong systems-level understanding of modern high-performance embedded digital controllers high speed communications and fundamentals of mechanical/thermal design to interface effectively with cross-functional teams
- Perform activities such as stooping climbing typing standing or sitting for extended periods of time
- Willingness to travel or work required nights/weekends/on-call occasionally
- Work in a facility that contains industrial hazards including heat cold noise fumes strong magnets lead (Pb) high voltage high current pressure systems and cryogenics
Required Experience:
Staff IC