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Students showcase prosthetics project and community partnerships that support low‑cost limbs
Summary
Students and teachers from Auburn‑area CTE programs described an applied project producing low‑cost prosthetic legs, funded and supported by a mix of nonprofit partners, an individual donor, small manufacturers and community businesses.
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Board members were introduced to a student‑led prosthetics initiative and related career‑technical projects during public presentations at the Dec. 9 work session.
Presenters described an advisory‑board model that supports a high‑school career‑tech class. A local nonprofit — Skill(ed) Knowledge for Youth — and a donor (named in the presentation) financed hardware including a Mark series 3D printer; students build prosthetic limbs and components at reduced cost using locally sourced and donated parts. Committee members and presenters detailed partnerships with small manufacturers and craftsmen who supply parts at no charge and community spokespeople who help with fundraising and outreach.
Why it matters: Presenters and a veteran in the audience described the personal impact of affordable prosthetics for amputees. The program aims to combine vocational skill development, entrepreneurship and community service; students described plans to form a business to scale production and to purchase a CNC machine to increase production capability and support a tiny‑house framing project tied to housing and veterans’ assistance.
Key partners and supports: Presenters named a donor who purchased a $20,000 3D printer to launch the effort and a number of volunteer industry partners who provided materials and fabrication support. Presenters also cited previous international deployments of fabricated vocational labs — shipping‑container labs that have been delivered to Central American communities — as background for the program’s applied focus.
Student outcomes and forward plans: Students who spoke at the meeting described roles on teams (marketing, quality control, human resources) and post‑high‑school plans that included military service and technical careers. One student speaker described a plan to use a reported $50,000 grant to acquire a CNC machine and create products for sale while continuing construction‑type projects such as tiny houses.
What’s next: Presenters thanked school and district staff and community partners and encouraged board members to visit local project sites. The project leaders said they will continue developing partnerships and documenting credentialing and business plans for sustainability.

