2026 Summer RF Engineering Intern - MS/PHD (Santa Clara, CA)

Design and develop electrical circuits for plasma chamber biasing and advanced etch applications Generate PCB Gerber files and build prototype circuits using breadboards, hand‑soldering, and machining Perform detailed electrical measurements using: Power supplies Function generators Additional RF/electrical test equipment Develop algorithms and perform scientific computing in Python, MATLAB, or equivalent languages Calibrate and operate optical diagnostics, including laser‑based systems Support development, execution, and analysis of plasma diagnostic techniques, such as: Contribute to R&D projects involving RF power delivery, plasma processing, and vacuum‑related hardware Work closely with senior technical experts in a collaborative, small‑team environment Currently pursuing a Master's or PhD/Doctorate in: Electrical Engineering Applied Physics or Physics Plasma Physics RF Engineering Or a related technical field Expected graduation date December 2026 or later Minimum 3.0 GPA (on a 4.0 scale) Strong college‑level understanding of electromagnetism and electronic circuits Oscilloscopes Laboratory electrical measurements R&D or engineering laboratory work (academic, work, or extracurricular) Proficiency in Python, MATLAB, or other scientific programming languages Soldering and basic machining skills Self-motivated, quick learner, and able to work effectively in a team environment Experience with RF power delivery or exposure to RF systems Background in plasma diagnostics (Langmuir probes, RFEA) Familiarity with semiconductor processing plasmas from coursework, research, or lab experience Knowledge of vacuum systems or mechanical engineering related to vacuum technology Strong verbal communication skills and the ability to present technical data clearly Experience in electronic circuit design or hardware development