About the role#
This is a hands-on internship supporting the Mechanical Test Lab at J.W. Speaker Corporation. You will work on-site in Germantown, Wisconsin, in a role that balances lab work with office tasks. This position is paid and requires a year-round commitment.
What you'll do#
- Perform product testing.
- Document and standardize internal processes.
- Update and maintain testing equipment, such as the spray chamber, wind tunnel, dust chamber, and vibration shakers.
- Complete minor CAD work for concept designs.
What you'll need#
- Enrollment in a mechanical or industrial engineering degree program at an accredited college or university.
- Sophomore status is preferred, though all students are encouraged to apply.
- Ability to work year-round, typically 8 to 12 hours per week during the school year and full-time during breaks and summer.
Location & details#
- Location: Germantown, Wisconsin.
- Schedule: Part-time during the school year, with potential for full-time hours during breaks.
- Work Modality: On-site.
About J.W. Speaker Corporation
J.W. Speaker Corporation designs and manufactures vehicle lighting solutions. The company serves both OEM and aftermarket customers. It operates out of Germantown, Wisconsin. Founded in 1935, the firm employs 275 people. It holds several certifications including ISO 9001 and IATF 16949.
How to get in at J.W. Speaker Corporation
Applying early gives you a distinct advantage at J.W. Speaker Corporation, as recruiters often review applications as they arrive. Intern Insider sends an instant alert the moment a role matching your target is published anywhere, so you apply among the first before the pile grows. Being one of the first applicants helps ensure your resume is seen by the team. You can also improve your response rates by reaching out to the recruiters behind the company's roles directly. Intern Insider surfaces these specific contacts so you can ask about the role or a referral. Connecting with the right person often provides more clarity than submitting an application into a general queue.
