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Biomedical Team

Biomedical Team. Malick Fofana , Margaret Culver, Ryan Coleman. Table of Contents. Project Goal Customer Needs Assessment Background Research Other products on the market Specifications Ideas Evaluation First Exhibit: Surgery Man Second Exhibit: Disease Progression Modeling

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Biomedical Team

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  1. Biomedical Team Malick Fofana, Margaret Culver, Ryan Coleman

  2. Table of Contents • Project Goal • Customer Needs Assessment • Background Research • Other products on the market • Specifications • Ideas • Evaluation • First Exhibit: Surgery Man • Second Exhibit: Disease Progression Modeling • Appendices

  3. A tech building will create opportunities for interactive learning and increase tourism in South Central, PA STEM Education Tourism

  4. Customer needs were established through a survey of Penn State students and a biomedical engineering professor

  5. A strong pre med program at Juniata led us to narrow our focus to exhibits involving medicine Acceptance Rate for Juniata Students into Medical School Field Class of 10 Class of 11 Class of 12 Class of 13 Medicine 8/10=80% 6/8= 75% 8/9= 89% 14/17= 82% 14/17= 82% 7/8= 88% 9/9= 100% 14/17= 82%

  6. Research conducted revealed many cutting edge technologies that could be applicable to our tech house

  7. Specifications were based on six main categories: size, functionality, adaptability, safety, interactivity and education Safety Interactive Adaptability Size Functionality Education

  8. A list of ideas was generated based on existing models and new innovative ideas A: EKG monitoring game B: Interactive anatomy surgery thing (laproscopic) C: Interactive animated skull D: X-Ray & Broken Bones E: Brain EEG F: Interactive Heart G: Disease Progression Display (HD Touch Screen) H: Microbiology (Microscopy, germs, bacteria, …) I: Interactive Neurons

  9. Our ideas were evaluated by concept screening and scoring with an emphasis on interactivity, visual appeal and education

  10. Surgery Man allows patrons to perform surgeries on the body while following along with the virtual surgery

  11. Disease Progression Modeling allows patients to track the way a disease attacks the human body

  12. Summary • The design process began with recognizing the opportunity and continued through the selection of our exhibits • Surgery Man is an interactive anatomy model that allows people to explore the human body and common surgeries • Disease Progression Modeling will be a lifesize display that will show how a disease affects the body and how medicine helps the body fight back

  13. Appendix A: Gant Chart

  14. Appendix C: Concept Screening

  15. Appendix B: Concept Scoring

  16. Gaumard Scientific

  17. Virtual Surgeries Nanoparticles and Brain Tumors

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