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Digital Mirofluidics Control System | Project Information |
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Project SummaryWhen testing for any types of disease or infection, the process can be very tedious and may take several weeks for the results to arrive to the patients. By utilizing the Digital MicroFluidics(DMF) device, it has the potential to test patients for immediate results. Current project involves designing and building DMF control system and its housing for Dr. Michael Schertzer. Our main objective is to build the control system that connects to the DMF device and be able to manipulate pico to nano sized discrete droplets. In addition, packaging the control system into one modular housing for portability. Demonstration of moving and analyzing the droplets can be viewed in this video. The Project Readiness Packet for this project can be found here: Project Readiness Packet Team PhotoTeam Members, Left to Right: Zachary Heifferon, Zachary Santagata, Patrick Crilly, Kenneth Bean, Michael Dushkoff, Kevin Cho, Adam Wardas, Harold Paschal (team guide) |
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Team Members
Member | Role | Contact |
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Adam Wardas | Electrical Engineer | agw5329@rit.edu |
Kenneth Bean | Mechanical Engineer | kab7427@rit.edu |
Kevin Cho | Electrical Engineer | kec6003@rit.edu |
Michael Dushkoff | Computer Engineer | mad1841@rit.edu |
Patrick Crilly | Project Leader/ME | ptc8449@rit.edu |
Zachary Heifferon | Mechanical Engineer | zdh5313@rit.edu |
Zachary Santagata | Electrical Engineer | zns8183@rit.edu |
Table of Contents
MSD I | MSD II |
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Acknowledgements
- Dr. Michael Schertzer
- Mr. Harold Paschal
- Peter Dunning
- Dropbot
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