1 / 27

PDR presentation

PDR presentation. Team Members. Paul Gaska - Team Leader - (EE) Yaser Ghanmi - (EE) Wafa Bader -  (CE) Saad Altamimi (CE) Aziz Al Meer (CE) Nikos Peppas (CE) Huseyin Esenboga (EE) Sunahara Katsuyuki (CE) Waleed Alshareif (CE) Rashed Abdulla (EE) Naser AlSubaie (CE).

eli
Download Presentation

PDR presentation

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. PDR presentation

  2. Team Members • Paul Gaska - Team Leader - (EE) • Yaser Ghanmi - (EE) • Wafa Bader -  (CE) • Saad Altamimi (CE) • Aziz Al Meer (CE) • Nikos Peppas (CE) • Huseyin Esenboga (EE) • Sunahara Katsuyuki (CE) • Waleed Alshareif (CE) • Rashed Abdulla (EE) • Naser AlSubaie (CE)

  3. The Product • Ultrasonic Telemetry Device with depth data • Emits acoustics waves under water • Tracks animals like Crabs under water

  4. Product Description • Low cost • Small Ultrasonic Telemetry Device • Simple pinger • Emits a series of tones at preset frequency • Frequency emitted by transmitter through antenna • Frequency ranges from 51kHz – 81kHz

  5. Product Description – cont. • Allow researchers to locate and monitor movements of organism • Provide position information • Provide Depth information • Combination of a pressure sensor and a couple of signal modulation • Resolution of pressure sensor is 50 PSI • Expected depth of organism • Experimental depth info. Is tabulated

  6. Product Description – cont. • Power supply for 144 hours (more than customer require) • Rechargeable capacitors or small batteries (NYD) • Support oscillator, sensors, signal modulators and transistors • Feature ON/OFF switch (long lasting & reusability)

  7. Product Description – cont. • Shape effects • Less resistance to water • Cylindrical shape • Other suggested shapes:

  8. Product Description – cont. • Size effects • Size (1x6) inches – approx. vol. 30 cm3 – AAA battery • Disrupt organism living style • While swimming • While feeding

  9. Product Description – cont. • Attachments to organism (on top) • Device has 2 mm holes

  10. Summary of Product Spec. • Frequency Emitter (pinger) • Position information • Depth information • ON/OFF switch • Long lasting battery or Rechargeable Capacitors • Shape and size effects

  11. Design Option Analysis Design #1 • Telemetry Device with Hydrophone arrays • Track organism • Frequency range from 51kHz – 81kHz • Feature depth information • Shape of TD – cylindrical (vol. 30 cm3) • Shape of HA – cylindrical base and cubical base (printer size)

  12. Design Option Analysis – cont. Design #1 - Cont. • Top level block diagram • Design work structure

  13. Design Option Analysis – cont. Design #1- Cont.

  14. Design Option Analysis – cont. Design #1- Cont.

  15. Design Option Analysis – cont. Design #2 • Telemetry Device • Track organism • Feature depth information • Feature oxygen level sensor • Frequency ranges from 51kHz – 81kHz • Shape of TD – cylindrical • Size – 1x6 cm (approx. vol. 30 cm3 – AAA battery • Battery live close to 144 hours

  16. Design Option Analysis – cont. Design #2 - Cont. • Top level block diagram • Design work structure

  17. Design Option Analysis – cont. Design #2 - Cont.

  18. Design Option Analysis – cont. Design #3 • Telemetry Device • Track organism • Feature depth information • Frequency ranges from 51kHz – 81kHz • Shape of TD – cylindrical • Size – 1x6 cm (approx. vol. 30 cm3 – AAA battery • Battery live close to 144 hours

  19. Design Option Analysis – cont. Design #3 – cont. • Top level block diagram • Design work structure

  20. Design Option Analysis – cont. Design #3 – cont.

  21. Team Organization

  22. Risk Analysis Scheduling Risks • availability of manifacturer (mpoo) • Local and international manufacturer • Keep close contact with local manufacturer • Flaw in IC Design (mpoo) • Unpredictable. • Design IC with great precision • Provide patch during redesign

  23. Risk Analysis – cont. Technical Risk • Probability to accomplish desired depth resolution (lpoo) • Can settle for lower resolution • Miniaturization of device (mpoo) • Similar devices exists

  24. Risk Analysis – cont. Financial Risk • No or small funding (mpoo – hpoo) • Renegotiate project delivery to find funding • Lack of sufficient capital kill project (lpoo) • Will not allow it.

  25. Financial Status • No expenses so far • Did not get in actual design yet

  26. Budget Vs. Actual Hours

  27. Q & A • For more information Check our website http://www.fit.edu/projects/TAG

More Related