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TJ Faculty Presentation 2006

The Excelsior Club, established at TJHSST, aims to inspire high school students in aerospace engineering through practical involvement in satellite design and manufacturing. Partnering with Orbital Sciences Corp, students will deploy a CubeSat picosatellite to gather data and showcase their capabilities. The Systems Engineering course equips students with essential skills, fostering hands-on experience in space missions, spacecraft design, and operations. Through various projects and educational initiatives, the Excelsior Club encourages collaboration, innovation, and engagement within the aerospace community.

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TJ Faculty Presentation 2006

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  1. TJ Faculty Presentation 2006 http://activities.tjhsst.edu/excelsior/

  2. Conception of Excelsior • Excelsior Club was started last year • For TJ students to be able to learn about and participate in aerospace engineering • The plausibility of high school students designing and manufacturing a satellite was researched • We learned it is actually feasible! • Orbital Sciences Corp., one of the world's leading providers of small to medium class satellites, agreed to help manufacture satellite and to acquire a launch service • Systems Engineering course began to be offered this year to help build a satellite

  3. Objectives of TJsat • Primary Objectives • Defined, created, and run by students • Provide data for TJ students to use in class or for possible Senior Tech projects • Provide data for public • Secondary Objectives • Educate TJ students / other high school and middle school students about satellites • Show capability of TJ students • Inspire other high schools around the world totackle projects that seem unfeasible

  4. TJsat Details • It will be a picosatellite = less than 10 kg • Orbital is providing us with the CubeSat kit developed at Stanford University • 10 cm cube with a mass of up to 1 kg • Low Earth Orbit • Orbit the Earth approximately once every 90 minutes • Launch: piggy-back on a launch vehicle as a secondary payload • The mission for it will be determined within the next 3 months

  5. CubeSat kit

  6. CubeSat Deployed by P-POD Poly Picosatellite Orbital Deployer

  7. CubeSat Images

  8. Systems Engineering Course • Goals of the class: • The student will show understanding of space missions, space environment, orbits, atmospheric entry, spacecraft design, spacecraft subsystems, and space operations • The student will become familiar with the Design Process and its implications within Systems Engineering • The student will be proficient in the technologies corresponding with the development of a student built satellite • The student will be able to explain the fundamentals of system engineering

  9. Systems Engineering cont. • Timeline • Year 1: Base station construction, STK training, HAM training, Design Review • Year 2: Construction of the prototype and software development • Year 3: Final build and Launch!

  10. Orbital Sciences Corp. • Leading Developer and Manufacturer of Small Rockets and Space Systems • Focused on Growing Market Niches Not Well Served By Larger Companies • Distinctive Strength in Providing High Reliability at Affordable Prices • Over 750 Satellites and Rockets Built or On Contract for Customers • 533 Systems Developed, Built and Delivered From 1982 to 2005 • 221 Systems Under Contract for Deliveries From 2006 to 2011 • Headquartered in Dulles, VA • Largest satellite manufacturing facility east of the Mississippi

  11. Orbital & TJSat • Orbital will be a major sponsor of TJSat • Approved by our CEO • Visibility throughout the company • Supply hardware and facilities • Orbital will procure the CubeSat kit • TJ will have full access to our environmental test facilities • Provide mentorship to students • Over 30 engineers have volunteered as potential mentors • Help to acquire a launch service

  12. Excelsior Club Projects • TJsat: • This year: keep club members not enrolled in Systems Engineering up to date on everything we learn in the class so that they can enroll next year without being behind • The following years: be an extension of the class • Participate in CanSat: University level non-orbiting satellite building competition • Communicate with satellites • Build and launch model rockets • Invite Orbital Engineers to lecture on Aerospace Engineering concepts • Host Aerospace Conference at TJ for high school students in surrounding counties

  13. Aerospace Conference • Goal: Bring FCPS students and faculty together to discuss and learn about Aerospace • Tentative dates • February 2007 (first annual conference) + Satellite2007 • October 2007 (second annual conference) + NCSSSMST Conf • Method: Presentations, seminars, workshops, showcases • Speakers: • Former/present high school students  Aerospace Science Exhibit • Orbital Sciences Engineers • Satellite 2007 Conference http://www.satellite2007.com/ • Other Aerospace Companies

  14. Advertising Help • We need help from YOU! • Science and Tech teachers: • Please advertise Excelsior Club within your classes • We have a handout you can hang in your class room • There will be a short (1 page) application for prospective students with a teacher’s signature as a recommendation for that student • Excelsior Club interest meetings will be held for about the next 2 weeks and that’s where applications are handed out • Counselor’s: Please only allow Excelsior Club members to sign up for Systems Engineering next year

  15. Q & A THANK YOU FOR COMING! Visit our website at activities.tjhsst.edu/excelsior

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