Janesville Auto Tech Students Build Custom Cars for Toddlers

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  Published in Automotive and Transportation on Sunday, March 15th 2026 at 20:39 GMT by WTVO Rockford
      Locale: UNITED STATES

JANESVILLE, WI - March 16, 2026 - Students at Janesville Auto Technology Center are revving up more than just engines. For the past three months, they've been meticulously crafting custom-designed miniature cars, not for speed, but for smiles - specifically, the smiles of toddlers in need within the Janesville community.

The initiative, a powerful blend of vocational training and community service, is a collaboration between the Auto Tech program, Community Partnership Inc., and the Janesville Rotary Club. What began as an innovative idea from Auto Tech instructor John Hansen has blossomed into a heartwarming project with tangible benefits for local families.

"I was looking for a way to challenge my students beyond the standard curriculum and instill a sense of civic responsibility," explains Hansen. "I thought, 'What if we could apply their burgeoning automotive skills to something truly meaningful?' The idea of building custom cars for toddlers, who might not otherwise have a special toy, really resonated with me."

Community Partnership Inc., a local non-profit dedicated to supporting families and individuals, provides the raw materials and necessary supplies for the builds. Recognizing the project's potential, the Janesville Rotary Club stepped in to provide crucial financial backing, ensuring the students have the resources needed to bring their creative visions to life. This tripartite partnership demonstrates a commitment to fostering skills development, community welfare, and intergenerational connection.

Each student isn't simply assembling pre-fabricated kits. They are tasked with the entire design and build process of a unique vehicle. This encompasses everything from conceptual sketches and material selection to welding, painting, and final detailing. Students are encouraged to explore their creativity, incorporating personalized designs and features into each car. The projects have ranged from brightly colored racing cars to whimsical animal-themed designs, each reflecting the individual student's artistic flair and technical skill.

Jessica Miller, a senior in the Auto Tech program, shared her experience, "It's incredibly rewarding. We're learning practical skills - things like precision measurement, fabrication, and finishing techniques - but knowing that the final product will bring joy to a child makes it even more special. It's a completely different feeling than working on a classroom project."

Beyond the immediate gratification of giving back, the project is proving to be an invaluable learning experience. Students are honing essential problem-solving skills as they navigate the challenges of building a functional, safe, and aesthetically pleasing miniature car. They're learning to work collaboratively, troubleshoot issues, and adapt their designs based on material limitations and practical considerations. This hands-on experience is significantly enhancing their preparedness for future careers in the automotive industry and beyond.

Community Partnership Inc. distributes the finished cars through its various programs, reaching toddlers from low-income families and those facing challenging circumstances. The organization reports a significant positive response from both the children receiving the cars and their parents. The personalized nature of the gifts adds an extra layer of meaning, showing these families that someone cares.

Local resident and Rotary Club member, David Reynolds, stated, "We are thrilled to support this initiative. It's a win-win situation. It benefits the students, strengthens our community, and brightens the lives of young children. It perfectly exemplifies the Rotary's commitment to service above self."

The Janesville Auto Tech program is already exploring ways to expand the project in the future. Hansen hopes to involve more students and potentially partner with other community organizations to reach an even wider audience. Discussions are underway to potentially incorporate 3D printing technology into the design process, allowing for even more intricate and customized creations. The success of this initial project clearly demonstrates the power of hands-on learning and the positive impact students can have when their skills are directed towards a meaningful cause. It's a powerful reminder that sometimes, the smallest vehicles can make the biggest difference.