2027 Internship - Systems Engineering - Power & Control

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Cirrus Logic

Austin , Texas , United States
VHDL Verilog FPGA
Apply Now Posted Oct. 16, 2026 Please mention FPGAjobs in your application — it helps a lot!

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For over four decades, Cirrus Logic has been propelled by the top engineers in mixed-signal processing. Our rockstar team thrives on solving complex challenges with innovative end-user solutions for the world's top consumer brands. Cirrus Logic is also known for its award-winning culture, which was built on a foundation of inclusion and fairness, meaningful community engagement, and delivering enjoyable employee experiences at every turn. But we couldn’t do it without our extraordinary workforce – and that’s where you come in. Join our team and help us continue to make Cirrus Logic an exceptional place to grow your career! 

Cirrus Venture Labs (CVL) is Cirrus Logic's technology accelerator, focused on developing disruptive, scalable, and monetizable innovations that solve high-impact industry problems. Our mission is to accelerate the introduction of foundational technologies and silicon-centric business models that enable Cirrus Logic to expand into new markets and product categories.

As a Graduate Systems Engineering Intern – Power & Control, you will work alongside experienced engineers, Innovation Managers, and technical architects to explore and prototype next-generation technologies across power electronics, motor control, and intelligent physical systems.

You will apply advanced academic knowledge to real-world engineering challenges through system modeling, simulation, hardware development, and experimental validation. We are particularly interested in candidates who combine strong fundamentals in physical systems with practical experience or curiosity in applying machine learning and modern AI tools to accelerate engineering discovery and prototyping.

This role offers an opportunity to contribute directly to early-stage technology initiatives, collaborate with external ecosystem partners, and gain exposure to the technical and commercial considerations that shape new semiconductor technologies and businesses.

Responsibilites
  • Develop or adapt models of DC-DC converters and related power systems using MATLAB/Simulink, LTspice, PLECS, or similar tools.
  • Analyze converter behavior across operating conditions, including efficiency, transient response, stability, and control performance.
  • Support the evaluation of isolated and non-isolated converter topologies, power-stage components, and control approaches.
  • Assist with circuit schematics, component selection, PCB design, and prototype development.
  • Bring up, debug, and modify hardware; help identify electrical or thermal issues during testing.
  • Plan and run lab measurements using oscilloscopes, electronic loads, power analyzers, signal generators, and other instrumentation.
  • Compare measured results with simulations, investigate discrepancies, and update models or design assumptions.
  • Automate analysis or test-data processing, and document results for engineering reviews.
  • Collaborate with systems engineers and cross-functional partners to turn technical questions into models, experiments, and prototype demonstrations.
Required Skills and Qualifications
  • Currently pursuing a master’s or Ph.D. in Electrical Engineering, Power Electronics, Control Systems, or a related field.
  • Solid understanding of electrical circuits, power electronics fundamentals, and feedback control.
  • Experience with DC-DC converters through research, coursework, projects, or internships.
  • Experience modeling or simulating electrical systems using MATLAB/Simulink or comparable tools.
  • Familiarity with laboratory instruments and an interest in hands-on hardware testing and debugging.
  • Strong analytical, problem-solving, documentation, and communication skills.
Preferred Skills and Qualifications
  • Experience designing, modeling, building, or testing DC-DC converters or switching power supplies.
  • Familiarity with converter topologies, component selection, control-loop behavior, and efficiency or thermal considerations.
  • Experience with PCB design, prototype bring-up, and hardware debugging.
  • FPGA experience, such as developing or testing digital control logic using Verilog or VHDL.
  • Python skills for automating simulations or tests, analyzing data, or plotting results.
  • Familiarity with motor drives, embedded systems, or real-time control.

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