1. Michelle Bard (ME) Alexander Ship (ME) David Monahan (ME) Kristin Gagliardi (ME) October 12, 2009

2.  Overview  Mission Statement  Roadmap  Affinity Diagram  Objective Tree  Proposed Future Projects Motion Tracking System: Sensors Motion Tracking System: Human Interface Balance Training Bicycle Design Process Improvement  Preliminary Schedule  Conclusion 2

3. To develop innovative projects that enhance the effectiveness of physical therapy 3

4. Biomedical Systems and Technologies Track Assistive Devices Sponsored by the National Science Foundation (NSF) Nazareth College Physical therapy Clinic 4

5. PreexistingPriorCurrentFuture Portable devices Sensor Development Office Rehabilitation

6. Bike Specific Locked position for mount and dismount Maintain easy mount and dismount Patient Use Make product accessible for people with various conditions do not impede patient's natural movement built to fit all sizes of people Therapist Use unobstructed display repairs possible by clinic personnel room for therapists to assist patients easy procedures reasonable set up time provide helpful feedback to PT (not a jumble of numbers) Motion Utilize 2 legs when tracking gait Design and manage wireless interface for take home device General Needs Design for small storage space Interface with Nazareth’s current office Avoid permanent alterations to office Fit Nazareth’s price range 6

7. Create Device to benefit Nazareth PT Clinic Measure Motion accuracy Report to PT Interface Nazareth’s Office Size Restrictions Accommodate PT Patients Ease of Use Size/Comfort Rehabilitate Levels of difficulty Take Home/In office 7

8. PreexistingPriorCurrentFuture Portable devices Sensor Development Office Rehabilitation

9. Detect (3-Axis) Measure Transfer (Wireless) Low Energy Consumption Precision! Software Compatibility Performance No Magnetic/Visual Interference Accommodate Range of Patients Firmly Attachable Compatible Interface Has Mechanical Zero Lightweight/Portable Reliable/Robust Physical 9

10.  Current Task: establish direction Find multiple solutions for a single problem  Work with team I to develop SENSOR only  Work in team II with 2 subdivisions Integrate sensors into past project  Project Goals: Regarding most urgent Nazareth needs Consider applicability in multiple fields 10

11.  Scope! General project objectives  How does software fit in?  Weight regarding:  Focus of project  Software vs Hardware  Team Members  Need to confer with SE/EE Departments 11

12. PreexistingPriorCurrentFuture Portable devices Sensor Development Office Rehabilitation

13. Make product accessible for people with various conditions do not impede patient's natural movement built to fit all sizes of people easy procedures Patient Use repairs possible by person without technical expertise easy procedures provide helpful feedback to PT (not a jumble of numbers) Therapist Use 13

14.  Motion tracking sensor/other electronics attachment methods  Integration of improved attachment methods into an improved Motion tracking system 14

15. PreexistingPriorCurrentFuture Portable devices Sensor Development Office Rehabilitation

16.  Primary Concerns No feedback control for winch  Create a system to prevent future winch failures Pedal resistance  Jumpy  Not enough resistance  Patients refuse to use bike  Design a more reliable pedal resistance system Handlebars  Awkward, uncomfortable position  Reposition handlebars to be comfortable for all patients 16

17.  Secondary Concerns Handlebars  Design handlebars to move and mimic a normal bike Display  Obscured for some patients  Not big enough  Redesign the display for all patients to be able to view  Tertiary Concerns Display  Redesign display to give a more valuable feedback to patient and physical therapist  Audio feedback to patient and physical therapist Pedal  Easily adjustable pedal resistance 17

18. PreexistingPriorCurrentFuture Portable devices Sensor Development Office Rehabilitation

19. Background ResearchProject PlanningConcept Development 19

20.  Common Themes Ease of use Accuracy and reliability Incomplete aspects 20

21.  Overview Provide a review of past MSD project at the clinic Identify common themes of success and failure Develop a theory of design for clinic projects 21

22.  Goals Improve the design process and design experience Improve the outcomes of projects for the clinic 22

23.  Market Considerations Not a marketable product Will benefit clinic and MSD program 23

24.  Compile customer needs (In progress) Previous projects A lot of information  Hard to organize and analyze 24

25.  Conduct Stakeholder Interviews (planning) Identify new or general themes  Stakeholders Clinic Patients MSD Program  MSD Leadership  MSD Teams  Faculty Guides 25

26.  Organize, Analyze and Prioritize Determine best approach  Affinity Diagrams  One for each stakeholder  Use house of quality to determine relative importance of needs  Affordance based design? 26

27.  Stakeholders  Faculty Industrial and Systems Engineering Industrial Design  Publications ASME – Design Theory and Methodology Conference Text 27

28. action item:timetable: end week 6 start week 7 end week 7 start week 8 end week 8 start week 9 end week 9 Week 10 Week 11 evaluate available resources (people/stuff) prelim customer needs meeting w/ stakeholders final customer needs preliminary staffing req'mnts final staffing req'mnts 3 week plan for sr design final presentation project readiness presentation attend relevant msd reviews 28

29.  Next Steps Narrow scope Finalize needs assessment Identify resources 29