1. Payload Concept Review [Team Name Here] [High School Name Here] 1 [Team logo here]

2. Team Introduction Defining the Problem – UAH Mission Background – Science Objective(s) – Instrument Requirements – Payload Requirements – Payload Destination The Proposed Solutions – Alternative Solution Method – Concept 1 – Concept 2 Decision Analysis Payload Concept of Operations Engineering Analysis Requirements Compliance Community Engagement Activity Summary Summary Agenda 2 [Team logo here][School logo here]

3. Team Introduce the members of your team here Include your UAH POC as well 3 [Team logo here][School logo here]

4. Team Identity Include your logo and slogan here 4 [Team logo here][School logo here]

5. UAH Mission Background Describe the UAH mission here Which spacecraft are you on? Where are they going? 5 [Team logo here][School logo here]

6. Science Objective List your science objective(s) here for your payload Why are these objectives important? 6 [Team logo here][School logo here]

7. Science Traceability Matrix Complete the science traceability matrix. Describe it to the review board. 7 [Team logo here][School logo here] Science Objective Measurement Objective Measurement Requirement Instrument Selected

8. Instrument Requirements Complete the instrument requirements table. Describe it. 8 [Team logo here][School logo here] InstrumentMass (kg)Power (W) Data Rate (Mbps) LifetimeFrequencyDuration

9. Support Equipment Requirements Complete the support equipment table. Describe it. 9 [Team logo here][School logo here] ComponentMass (kg)Power (W) Other Technical Specifications

10. Payload Design Requirements Project Requirements Functional Requirements 10 [Team logo here][School logo here]

11. Payload Destination Describe where your payload is going here What’s the environment like there 11 [Team logo here][School logo here]

12. Alternative Solutions Methodology Describe how you came up with your two alternatives. 12 [Team logo here][School logo here]

13. Concept 1 Describe concept 1 here Include a figure Also, provide the solution to the functions – Deploy – Measure – Collect Data – Provide Power – Send Data – House/Contain Payload 13 [Team logo here][School logo here]

14. Concept 2 Describe concept 2 here Include a figure Also, provide the solution to the functions – Deploy – Measure – Collect Data – Provide Power – Send Data – House/Contain Payload 14 [Team logo here][School logo here]

15. Decision Analysis Describe the decision analysis you performed here Present the table you developed 15 [Team logo here][School logo here]

16. Payload Concept of Operations Describe what happens after the UAH spacecraft says “go” You may use multiple charts if needed 16 [Team logo here][School logo here]

17. Engineering Analysis Create a flow chart of the steps you took in analyzing your design Put the equations and calculations in backup 17 [Team logo here][School logo here]

18. Mass Table by Function Provide a mass breakdown of your payload by function – Deploy – Measure – Collect Data – Provide Power – Send Data – House/Contain Payload 18 [Team logo here][School logo here]

19. Requirements Compliance Provide a compliance table that shows you meet all of the requirements – Project – Environmental – Functional 19 [Team logo here][School logo here]

20. Community Engagement Activity Summary Explain the CEA(s) you performed – give lots of details about the event Provide proof (photos) of the events Summarize the results of the Visitor Surveys 20 [Team logo here][School logo here]

21. Summary Summarize your final design Tell why it is the one that should be chosen Show a picture of the design Summarize the CEA events again here 21 [Team logo here][School logo here]