A fully 3D printed and laser cut machine designed by Igor Tylman and created and assembled by FabLab student makers.

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Fablab elective module project showcasing range of digital fabrication technologies such as CAD, custom embedded microcontroller design & programming, laser cutting, 3D printing, CNC machining, sensors & motor interfacing to produce an omni-wheeled vehicle able to move in any direction.

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Fablab elective module project showing integration of range of technologies such as CAD, laser cutting, 3D printing, embedded programming, interfacing to sensors & motors. Vending machine allows selection & dispensing of selected product, with coin return feature.

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Fablab elective module project showcasing range of digital fabrication technologies such as CAD, custom embedded microcontroller design & programming, laser cutting, 3D printing, CNC machining, molding & casting and device interfacing. Reeds controlled by servo motor to play tune from midi file on SDcard.

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A 5m x 5m x 3m cardboard pavilion designed as a geodesic dome that demonstrates the possibility of building large, stable structures using recyclable cardboard material. Using cardboard as a construction material allows large, temporary structures to be quickly designed and constructed and the material recycled when it is no longer needed.

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