p15611 microfluidics packing
play

P15611: Microfluidics Packing Problem Definition Review Agenda - PowerPoint PPT Presentation

P15611: Microfluidics Packing Problem Definition Review Agenda Introduce Team Background Problem Statement Use Scenarios Customer & Engineering Requirement Project Plan Issues and Risks Team Introduction


  1. P15611: Microfluidics Packing Problem Definition Review

  2. Agenda ● Introduce Team ● Background ● Problem Statement ● Use Scenarios ● Customer & Engineering Requirement ● Project Plan ● Issues and Risks

  3. Team Introduction Ilmar Begishev Project Manager (ME) Clair Cunningham Co-Lead Engineer (ME) Angel Rosario Ortiz Co-Lead Engineer (ME) Alex Ryan Bio-Engineering Specialist (BME) Brody Smith Design Engineer (ME)

  4. Project Background - Microfluidics ● Electrodes manipulate droplets ● Does not need channels, pumps, or valves ● Ultimate goal: Lab-on-a-Chip (LOAC) ● Useful for molecular diagnostics

  5. Project Background - ELISA ● Enzyme-Linked Immunosorbent Assay ● Diagnostic Tool using antibody specificity ● Numerous Healthcare applications ● Labor Intensive ● Requires Wetlab

  6. Existing Device ● Microfluidics lab Digital Microfluidics (DMF) chip ● Tests occur on a double microscope slide ● Pogo pins to make electrical contacts ● Lacks Environmental Control ● Exposed Chip

  7. Problem Statement The goal is to create an enclosure that can deliver fluid and provide a controlled environment for the DMF device. ● Must allow easy camera and microscope access. ● The enclosure must allow for electrical connections to the chip. ● Should allow for environmental control and monitoring to maintain droplet size. ● Must adhere to electrical safety and cleanliness standards. ● Should allow for easy access to chip between tests.

  8. Deliverables ● Chip Enclosure ○ Allows Access with Microscope or Camera ○ Allows for Fluid Delivery to the Chip ○ Modular Design ● Environmental Monitoring ○ Real Time & Recorded Measurements ● Environmental Control ○ Humidity or Refrigeration

  9. Use Scenarios ● Current ○ Imagine RIT interactive event ○ Laboratory/Research Tool ● Future ○ Device can be used for lab tests in: Hospitals ■ Remote locations ■

  10. Stakeholders ● Customer: Dr. Michael Schertzer ● Microfluidics Lab ● MSD Team 15611 ● MSD Team 15610 ● Project Guide: Michael Zona

  11. Customer Requirements

  12. Engineering Requirements

  13. House of Quality

  14. Benchmarking Benchmarking was taken from much larger devices and will be scaled down.

  15. Project Plan

  16. Risk Management Concerns ● Microscope Compatibility ● Condensation ● Communication with Team P15610 ● Maintaining Chip Cleanliness ● Time & Budget Management ● Defective Parts ● Team Disagreements

  17. Questions? P15611: Digital Microfluidics Packaging

Recommend


More recommend