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

2. Team Introduction – Team – Team Identity Defining the Problem – UAH Mission – Science Objective and Instrumentation – Payload Design Requirements Design Choices Preliminary Design Design Analysis Final Design – Mass Table – [Insert team name]’s Mission CEA Summary Summary Agenda 2 [Team logo here][School logo here]

3. Team Introduce the members of your team here Include their roles on the team 3 [Team logo here][School logo here]

4. Team Identity Include your logo and slogan here Explain how the team name, logo, and slogan all relate 4 [Team logo here][School logo here]

5. UAH Baseline Mission Describe the UAH Baseline Mission here – Tell the details about each vehicle – (you can use the slides provided from us) What spacecraft are you on? Where are you 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] InstrumentTypeMass (kg)Power (W) Data Rate (Mbps) LifetimeFrequencyDuration

9. Payload Design Requirements Give the lists below as well as tell us what impact they have on your payload design List the project requirements List the functional requirements 9 [Team logo here][School logo here]

10. Payload Destination Describe where your payload is going here – Be specific for your destination – Titan is not enough here! What’s the environment like there? – What’s the temperature, pressure, gravity, etc.? A picture looks VERY nice on this slide 10 [Team logo here][School logo here]

11. Mission Trade Tree Discuss the design choices that are available for your mission – Deployment – Six functions – Etc. It would be neat to put a trade tree here (like the example in the book) – You would then explain what portions of the tree you decided to use and why 11 [Team logo here][School logo here]

12. Preliminary Design Concept Describe the preliminary design here – Show us a picture (can be hand drawn at this stage) – Provide the solutions to the six functions 12 [Team logo here][School logo here]

13. Design Analysis Create a flow chart of the steps you took in analyzing your design Put the equations and calculations in backup This can be several slides if needed to tell your story At a minimum you MUST calculate – Deployment from the UAH vehicle – Payload’s trajectory – Required battery mass 13 [Team logo here][School logo here]

14. [Insert Team Name]’s Mission Show a graphic here of your team’s mission Describe each step in the concept of operations Show the numerical values for each phase of the mission from the design analysis you performed 14 [Team logo here][School logo here]

15. Mass Table by Function Provide a mass breakdown of your payload by function – Deploy – Measure – Collect Data – Provide Power – Send Data – House/Contain Payload You can use a 3 column table for this – Column 1 – function – Column 2 – components (what is counted in this function) – Column 3 - mass Total all of the mass to show you are below 10 kg 15 [Team logo here][School logo here]

16. 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 This can be several slides 16 [Team logo here][School logo here]

17. 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 17 [Team logo here][School logo here]