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The Role of Suborbital Flights for Education and Technology Development within Penn State’s Student Space Programs Laboratory. Allen T. Kummer Sven G. Bilén Student Space Programs Laboratory http:// sspl.psu.edu The Pennsylvania State University. Aerospace Workforce Needs.
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The Role of Suborbital Flights for Education and Technology Development within Penn State’s Student Space Programs Laboratory Allen T. Kummer Sven G. Bilén Student Space Programs Laboratory http://sspl.psu.edu The Pennsylvania State University
Aerospace Workforce Needs • Looming workforce issues exist within aerospace industry as “Apollo generation” reaches retirement • Opportunities for students to obtain hands-on experience with spaceflight hardware have been steadily declining • “At present, there are insufficient methods for students to acquire hands-on experience in the scientific and technical disciplines necessary for space commerce and exploration.” — Aldridge Report • Universities have been searching for their role • USRA Annual Symposia have addressed aerospace workforce issues with its members
Student Space Programs Laboratory • SSPL Provides • Hands-on projects to apply classroom knowledge in real world, interdisciplinary settings • Experience working through a complete design cycle • Development of systems engineering mindset • SSPL Resources • Clean room • Thermal–Vac • Cryo Oven • Anechoic Chamber • Machine Shop • Vibration Test Selected Student Space Projects CubeSats Nanosats Sounding Rockets High Altitude Balloons Microgravity Flights http://sspl.psu.edu
University Student Experiment Ride Share Sounding Rocket Program High Energy Monitoring Instrument Precursor Balloon OSIRIS CubeSat
1: 2: Functional Groups 00 01 02 03 04 05 06 07 08 09 10 3: Project Project Management EPO Systems Structures Power Thermal C&DH Navigation Communications Ground Data Sys Science JANUS OLite OLite 2
SSPL Integration with Curriculum • First-Year Seminar • Honors options • Undergrad and grad thesis topics • Independent Studies • Senior Design Projects • Space Systems Engineering Seminar • Space Systems Engineering Certificate • 12 credits of space systems and related course work • Space systems project work and documentation
OSIRIS Mission ConceptOrbital System for Investigating the Response of the Ionosphere to Stimulation and space weather
Build a Little, Test a Little, Fly a Little OLite OLite 2 OSIRIS Fall 2007 Fall 2008 Fall 2009 Fall 2010 Fall 2011 Fall 2012
The ESPRIT Mission Three-year undergraduate project Design, fabrication, verification, integration, and analysis of a scientific sounding rocket payload Students produced: 7 scientific instruments 3 attitude instruments 4 engineering demonstrations Electrical and mechanical subsystems Instruments demonstrated for future missions Collaboration between PSU and three Norwegian Universities Launched in June 2006 in Norway
Requirements for Suborbital Flights • Reusable Vehicles • Access to the local environment for more than just optical experiments • Access to the undisturbed environment around the spacecraft e.g. booms • Balloons • Access to ground stations and ~24 loft times to characterize diurnal variation
Industry/Professional Mentoring Program • Tap into the experience of industry professionals for reviews (reduces project risk) • Assists students with networking with potential future employers • Additional source of funding ARL Penn State
Research Topics Research Formalization • Graduate Theses • Senior Thesis • Independent Study • Space Systems Engineering Certificate • Evolution of the Universe • Space Weather • Plasma Science Research Funding