Prosthetic Legs

Restoring Mobility through Student-Led Engineering

Every year, thousands of people in Latin America lose the ability to walk, and with it, the opportunity to work, provide for their families, and live with dignity. Traditional prosthetics cost upwards of $35,000—well beyond the reach of most families—and local healthcare systems are overwhelmed, leaving many on long waiting lists with little hope.

At the same time, U.S. high school students are eager to apply STEM education (Science, Technology, Engineering, and Math) to real-world challenges but often lack projects that make a tangible difference.

This ministry bridges these gaps. By designing and 3D-printing prosthetic legs, students provide life-changing mobility—at no cost—to those who need it most. The result is a dual impact: vulnerable individuals regain independence, and students experience the power of engineering to transform lives.

This strategic plan lays out a roadmap to expand this program, strengthen partnerships, and scale the reach of student-led innovation, turning classrooms into engines of hope and mobility across Latin America.