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Mission Statement:

To produce a superior ankle brace that promotes avoidance to injury, through a customized, self-stabilizing, bio-reactive action, by May 1st.


Mission Statement:

Our mission is to explore and integrate different forms of motor controllers used in CNC machinery while tracking competition and expenses to further develop the prototype of a modular system that would combine the benefits of additive and subtractive manufacturing by May 2018.


Mission Statement:

3D-print realistic scale models of fracture and pore networks with inputs to measure conductivity in the model for the United States Geological Survey’s research by early May 2018.


Mission Statement:

Our aim is to use innovative manufacturing technologies to refine an affordable and modular prosthetic arm capable of competing with commercial devices that will improve the quality of life for families in need by June 1 2018.

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