1. Digital Microfluidics Control System II P15610

2. Agenda ● Introduce Team ● Background ● Problem Statement ● Stakeholders ● Use Scenario ● Customer Requirements ● Engineering Requirements ● House of Quality ● Project Plan ● Risk Assessment

3. Group Members Patrick Crilly: Kenny Bean: Zachary Santagata: Michael Dushkoff: Adam Wardas: Kevin Cho: Zachary Heifferon: Project Lead, Mech. E. Mechanical Engineer Electrical Engineer Computer Engineer Electrical Engineer Mechanical Engineer

4. ● Digital MicroFluidics (DMF) ● Lab-On-A-Chip Devices will reduce healthcare costs and lab time ● Enzyme-Linked Immunosorbent Assay (ELISA) test can be used to identify diseases such as HIV, malaria, tuberculosis Background

5. Previous Project Previous Lab Setup (Provided by Dr. Schertzer)

6. Current state - The current control system is not self contained, and uses a class AB amplifier which makes the system large and nonmodular. Desired state - A fully enclosed control system that efficiently controls the DMF chip while providing accurate feedback. Project Goals - Make key improvements to functionality of control system, and complete all assigned deliverables. ● Repeatable, consistent droplet motion. ● Durable, lightweight, modular design. Constraints - Use provided DMF chip, Control fluid droplets using electrowetting, use DI water as test fluid, compatibility with peripheral hardware and GUI. Problem Statement

7. ● Intuitive Graphical User Interface ● Arduino software that controls and analyzes droplets, and interacts with GUI. ● Mechanical housing enclosure. ● Control system calibration program. Deliverables

8. ● End users: Doctors, Patients ● Intermediate users: Graduate students ● Customer: Dr. Schertzer ● Guide: Harold Paschal ● MSD Team (other MSD Teams) ● RIT ● Spectators: IMAGINE Stakeholders

9. Lab Demo Use Scenario

10. Long-term Desired Use Scenario

11. Customer Requirements

12. Engineering Requirements

13. House of Quality

14. Project Plan

15. Risk Assessment