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This document outlines the agenda for the review of our innovative payload mission initiated by [Team Name] from [High School Name]. It includes a comprehensive introduction to our team, a detailed plan for community engagement activities, and a thorough exploration of the payload requirements and objectives. We delve into defining the problem, our mission background with UAH, and present two conceptual designs along with their pros and cons. The ultimate goal is to ensure clarity on our science objectives, payload destination, and the steps ahead for our project. ###
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Payload Status Review [Team Name Here] [High School Name Here] [Team logo here] 1
Agenda [Team logo here] [School logo here] • Team Introduction • CEA plan • Defining the Problem • UAH IPT Mission Background • Payload Requirements • Payload Destination • Science Objective(s) • Instrument Requirements • The Proposed Solutions • Alternative Solution Method • Concept 1 • Concept 2 • Next Steps • Summary
Team [Team logo here] [School logo here] • Introduce the members of your team here • Include your UAH POC as well
Team Identity [Team logo here] [School logo here] • Include your logo and slogan here
Community EngagementActivity Plan [Team logo here] [School logo here] • Describe what your plan is for the CEA? • What’s the activity? • Where’s it going to be located? • How will you publicize it? • What do you hope to accomplish?
UAH Mission Background [Team logo here] [School logo here] • Describe the UAH mission here • Which spacecraft are you on? Where are they going?
Payload Design Requirements [Team logo here] [School logo here] • Project Requirements • Functional Requirements
Payload Destination [Team logo here] [School logo here] • Describe where your payload is going here • What’s the environment like there
Science Objective [Team logo here] [School logo here] • List your science objective(s) here for your payload • Why are these objectives important?
Science Traceability Matrix [Team logo here] [School logo here] • Place the science traceability matrix here. Describe it to the review board.
Instrument Requirements [Team logo here] [School logo here] • Place the instrument requirements table here. Describe it.
Alternative Solutions Methodology [Team logo here] [School logo here] • Describe how you came up with your two alternatives.
Concept 1 [Team logo here] [School logo here] • 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
Concept 1 ConOps [Team logo here] [School logo here] • What does Concept 1 do when the spacecraft says “go”?
Concept 2 [Team logo here] [School logo here] • 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
Concept 2 ConOps [Team logo here] [School logo here] • What does Concept 2 do when the spacecraft says “go”?
Pros/Cons of the Concepts [Team logo here] [School logo here] • List the pros and cons of the two concepts here
Next Steps [Team logo here] [School logo here] • What’s next? • What physics related stuff do you have to do?
Summary [Team logo here] [School logo here] • Summarize what has been done so far