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Design Project Management: Boeing Underwater Robotic Technologies [R13201]

This project at Rochester Institute of Technology focuses on the development and management of underwater robotic technologies for Boeing. The progress, roadmap, and areas of interest including limited bandwidth communications, energy systems, navigation systems, payloads and sensors, and autonomous systems are discussed.

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Design Project Management: Boeing Underwater Robotic Technologies [R13201]

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  1. Design Project Management: Boeing Underwater Robotic Technologies [R13201] Rochester Institute of Technology

  2. Outline • Current Progress • Project Roadmap • Overview of VOC • VOE: functional decomposition • Metrics, Specs, & HOQ • Potential Concepts • Areas of Uncertainty 5 Areas of Interest: • Limited Bandwidth Communications • Energy Systems • Navigation Systems • Payloads and Sensors • Autonomous Systems Rochester Institute of Technology

  3. Current Progress • ajaka Rochester Institute of Technology

  4. Project Roadmap Rochester Institute of Technology

  5. Outline • Current Progress • Project Roadmap • Overview of VOC • VOE: functional decomposition • Metrics, Specs, & HOQ • Potential Concepts • Areas of Uncertainty 5 Areas of Interest: • Limited Bandwidth Communications • Energy Systems • Navigation Systems • Payloads and Sensors • Autonomous Systems Rochester Institute of Technology

  6. Limited Bandwidth Communication - VOC Change in the VOC: Boeing is also interested in pursuing acoustic communications not just optical methods. Our objective tree doesn’t need to be changed to include that option as optical systems weren’t specified. Rochester Institute of Technology

  7. Limited Bandwidth Communication – Functional Decomposition Rochester Institute of Technology

  8. Limited Bandwidth Communication - HOQ • Acoustic House of Quality Rochester Institute of Technology

  9. Limited Bandwidth Communication – Potential Concepts • Dr. Kwasinski • He is very interested in guiding all communication teams but doesn’t have any current research in this area. His background is in laser communication and signal processing. • One of these projects will be run with in the Fall • Acoustic Communication • Laser Communication • LED Communication Rochester Institute of Technology

  10. Limited Bandwidth Communication – Areas of Uncertainty • Nature of the projects • These projects rely heavily on electrical and computer engineering skill sets so apportioning the workload correctly may be difficult. • Test Location • The use of the pool as a test facility needs to be investigated. If unavailable or non-ideal due to turbidity or range, another easily accessed facility needs to be found. Rochester Institute of Technology

  11. Outline • Current Progress • Project Roadmap • Overview of VOC • VOE: functional decomposition • Metrics, Specs, & HOQ • Potential Concepts • Areas of Uncertainty 5 Areas of Interest: • Limited Bandwidth Communications • Energy Systems • Navigation Systems • Payloads and Sensors • Autonomous Systems Rochester Institute of Technology

  12. Energy Systems- VOC Insert Objective Tree  keep orange and white formatting from VOC presentation Highlight changes or updates since last time but be BRIEF Rochester Institute of Technology

  13. Energy Systems – Functional Decomp Paste in your functional decomp. No additional text, orally present the content Rochester Institute of Technology

  14. Energy Systems – Metrics & Specs Paste in your metrics and specs spreadsheet No additional text, orally present the content Rochester Institute of Technology

  15. Energy Systems - HOQ Paste in your HOQ No additional text, orally present the content Rochester Institute of Technology

  16. Energy Systems – Potential Concepts • Concept 1 • Any additional info you’d like to include • Concept 2 • Any additional info you’d like to include Rochester Institute of Technology

  17. Energy Systems – Areas of Uncertainty • List Areas of Uncertainty • Any additional info you’d like to include Rochester Institute of Technology

  18. Outline • Current Progress • Project Roadmap • Overview of VOC • VOE: functional decomposition • Metrics, Specs, & HOQ • Potential Concepts • Areas of Uncertainty 5 Areas of Interest: • Limited Bandwidth Communications • Energy Systems • Navigation Systems • Payloads and Sensors • Autonomous Systems Rochester Institute of Technology

  19. Navigation Systems - VOC Insert Objective Tree  keep orange and white formatting from VOC presentation Highlight changes or updates since last time but be BRIEF Rochester Institute of Technology

  20. Navigation Systems – Functional Decomp Paste in your functional decomp. No additional text, orally present the content Rochester Institute of Technology

  21. Navigation Systems – Metrics & Specs Paste in your metrics and specs spreadsheet No additional text, orally present the content Rochester Institute of Technology

  22. Navigation Systems - HOQ Paste in your HOQ No additional text, orally present the content Rochester Institute of Technology

  23. Navigation Systems – Potential Concepts • Concept 1 • Any additional info you’d like to include • Concept 2 • Any additional info you’d like to include Rochester Institute of Technology

  24. Navigation Systems – Areas of Uncertainty • List Areas of Uncertainty • Any additional info you’d like to include Rochester Institute of Technology

  25. Outline • Current Progress • Project Roadmap • Overview of VOC • VOE: functional decomposition • Metrics, Specs, & HOQ • Potential Concepts • Areas of Uncertainty 5 Areas of Interest: • Limited Bandwidth Communications • Energy Systems • Navigation Systems • Payloads and Sensors • Autonomous Systems Rochester Institute of Technology

  26. Payloads and Sensors - VOC Insert Objective Tree  keep orange and white formatting from VOC presentation Highlight changes or updates since last time but be BRIEF Rochester Institute of Technology

  27. Payloads and Sensors – Functional Decomp Paste in your functional decomp. No additional text, orally present the content Rochester Institute of Technology

  28. Payloads and Sensors – Metrics & Specs Paste in your metrics and specs spreadsheet No additional text, orally present the content Rochester Institute of Technology

  29. Payloads and Sensors - HOQ Paste in your HOQ No additional text, orally present the content Rochester Institute of Technology

  30. Payloads and Sensors – Potential Concepts • Concept 1 • Any additional info you’d like to include • Concept 2 • Any additional info you’d like to include Rochester Institute of Technology

  31. Payloads and Sensors – Areas of Uncertainty • List Areas of Uncertainty • Any additional info you’d like to include Rochester Institute of Technology

  32. Outline • Current Progress • Project Roadmap • Overview of VOC • VOE: functional decomposition • Metrics, Specs, & HOQ • Potential Concepts • Areas of Uncertainty 5 Areas of Interest: • Limited Bandwidth Communications • Energy Systems • Navigation Systems • Payloads and Sensors • Autonomous Systems Rochester Institute of Technology

  33. Autonomous Systems - VOC • Autonomy consists of the integration of these 5 areas: • Objective Tree/VOC Rochester Institute of Technology

  34. Autonomous Systems – Functional Decomposition Rochester Institute of Technology

  35. Autonomous Systems – Functional Decomposition (Swarm Robotics) Rochester Institute of Technology

  36. Autonomous Systems – Metrics & Specs Rochester Institute of Technology

  37. Autonomous Systems - HOQ Rochester Institute of Technology

  38. Autonomous Systems – Potential Concepts • Underwater Line-Following Robot • Consists of: • Development of thrusters and propellers • Development of simple line-following algorithm • Underwater Swarm Robots • Initial Project: • 2 robots work together to accomplish a limited number of tasks • Incorporate acoustic communication and navigation from previous Senior Design Projects • Later Projects: • 3+ robots work together to accomplish many specified tasks • Possibility of incorporating LED or laser communication Rochester Institute of Technology

  39. Autonomous Systems – Areas of Uncertainty • Budget • Will receive from Boeing, but how much? • Government Regulations • International Traffic in Arms Regulations (ITAR) • Test Location • The use of the pool as a test facility needs to be investigated. If unavailable or non-ideal due to turbidity or range, another easily accessed facility needs to be found. Rochester Institute of Technology

  40. Summary of Potential Concepts • Limited Bandwidth Communications • Insert your concepts • Navigation Systems • Insert your concepts • Energy Systems • Insert your concepts • Payloads and Sensor Systems • Insert your concepts • Autonomy • Underwater Line-Following Robot • Underwater Swarm Robotics Rochester Institute of Technology

  41. Next Steps ? • RIT Team • Develop functional decompositions for project ideas • Develop metrics and specifications • Brainstorm plausible solutions • Boeing/Kevin • Provide feedback to RIT Team on project ideas • Did we fully capture your needs? • Which ideas should be pursued? • Which areas need more direction? Rochester Institute of Technology

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