Electrical Engineering Intern

Winnebago Industries IncClearwater, FL
7hOnsite

About The Position

Lithionics Battery is looking for a hands‑on Electrical Engineering Intern who wants real lab experience—not busywork. If you’re excited by battery systems, hardware testing, and getting your hands dirty with real products that ship to customers, this internship is for you. You’ll work directly alongside our engineering and manufacturing teams, supporting cutting‑edge lithium battery systems used in demanding real‑world applications. This role is ideal for someone who wants to turn theory into practice and learn how hardware actually gets built, tested, and improved.

Requirements

  • Current student pursuing a BS or MS in Electrical Engineering (or related field)
  • Interest in battery systems, power electronics, or hardware development
  • Comfortable working in a lab environment and learning by doing
  • Curious, detail‑oriented, and not afraid to ask questions or investigate failures

Nice To Haves

  • Experience with schematics, wiring, PCBs, or test equipment is a plus—but not required

Responsibilities

  • Assist with hands‑on testing and validation of 10‑Series Battery Management Systems (BMS)
  • Help set up, run, and document lab tests directed by senior engineers
  • Participate in hardware troubleshooting and failure analysis (a.k.a. doing “board sleuthing” when things break)
  • Be a technical extra set of hands in the lab, supporting engineers during development and testing
  • Help oversee and execute tests directed by senior team members
  • Learn how real‑world electrical designs behave outside of simulations
  • Clean up and formalize manufacturing improvementsthat exist today but aren’t well documented Assemblies such as 1‑post, headcrabs, chargers, and other custom tools
  • Create clear, usable documentation that Manufacturing has been requesting—and truly needs
  • Document Manufacturing processesfor accessory products, including: TSM / SBC / NCC Kisae charger programming IonGate programming and testing procedures
  • Learn how engineering decisions translate into repeatable manufacturing workflows
  • Help document wire harnesses and IO topology for the 10‑Series BMS
  • Analyze connections between: CCS Case IO BMS
  • Support future design improvements focused on standardization, including connector usage, cable length, and IO layout
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