Model of main remote body in Solidworks

Injection Molded Remote

Project Goal The goal of this project was to create a part able to be realistically injection molded using principles discussed in class. Hardware Skills Used 3D Printing Lasercutting Software Skills Used SOLIDWORKS Prusa Slicer Protolabs (online injection molding analysis) Technical Information Material: ABS Average wall thickness: 0.08 inches 3D Printed Model Design Report Click here to view or download the full PDF in a new tab Future Improvement For future versions of the project I would like to model the interface between the main plastic body and the remotes metal faceplate. I couldn’t do this in this first version because my remote that I was modeling couldn’t be dissassembled without permanetly breaking it. I would also consider trying to shink the wall plate to more closely fit the remote. Another future goal would be to design the key for locking the back onto the remote to be able to be injectio molded instead of its current state of being metal and screw based. ...

Photo of final Mechanism mounted to pegboard

Transfer Mechanism

Project Goal Create a mechanism that is able to move a ball through 3 randomly given precision points that can be mounted onto a pegboard. The mechansim must recieve a ball from the previous group and transfer it to the next group. Hardware Skills Used 3D Printing Lasercutting Analytical and Graphical Mechansim Synthesis Software Skills Used SOLIDWORKS MATLAB Lincages C++ (Arduino) Technical Information The mechanism is a motion generator because it not only moves through 3 specific points, but the dyad at the tip of the mechanism has to only rotate a certain amount before the golfball falls out. ...

3D view of water heat on a cart

Water Heater Cart

Work in progress page Project Goal The goal of this project was to create a cart that could be used to test an electric heat pump on a water heater. Research Goals The research being conducted is to improve the cold weather efficiency of heat pumps, in particular those in water heaters. As temperatures near the evaporator side of a heat exchanger get below 0 the water that condenses on them can freeze. This freezing can cause frost build up and greatly decrease the performance of a heat pump. Here a coating is in developmenet to greatly delay the time until frost growth and spreading ...