High Altitude Scientific Ballooning (Near Space Engineering)

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Presentation transcript:

High Altitude Scientific Ballooning (Near Space Engineering)

2 UI Idaho RISE Background  NASA Idaho Space Grant joined the National Space Grant Student Satellite “Crawl, Walk, Run, Fly!” Program in 2003 with introduction of Idaho RISE  First element of this program is Crawl: to develop capability to build, test, fly, operate, and recover scientific hardware from high altitude balloons.  Next Steps Walk: Suborbital/sounding rocket flights Run: Satellites for Earth orbit Fly: Spacecraft for deep space operations

3 UI Idaho RISE Idaho RISE  RISE (Research Involving Student Engineers and Educators) is a state-wide program.  Multidisciplinary program involving students from all departments in the College of Engineering, as well as Physics, Chemistry, Life Sciences, Education, and many other departments.  Students design, build, test and fly science payloads up to 100,000 ft.  UI Chapter of RISE is Idaho VAST: Vandal Atmospheric Science Team

4 UI Idaho RISE Flight History 1) RISE 03_01 5 Apr ,000 feet 2) RISE 03_02 12 June ,000 feet 3) RISE 03_03 24 July ,000 feet 4) RISE 04_01a 28 Aug ,000 feet 5) RISE 04_01b 28 Aug ,700 feet 6) RISE 04_02 26 Sept ,000 feet 7) RISE 05_01 10 Apr ,000 feet 8) RISE 05_02 29 Oct 2005 Unknown 9) RISE 06_01 25 Feb ,000 feet 10) RISE 06_02 22 Oct ,000 feet

5 UI Idaho RISE Flight History 11) RISE 07_01 21 April ) RISE 07_02 15 May ) RISE 07_03 29 Sept ,400 feet 14) RISE 08_01 2 March ,300 feet

6 UI Idaho RISE Facts  Commercial airlines cruise between 30,000-40,000ft (9-12 km)  International Space Station orbits at 1,150,000 ft (350km)  Balloons can reach above 100,000 ft (30 km): Pressure: 1% of sea level (near vacuum) Temperature -130 o F (-90 o C) Sky is black

7 UI Idaho RISE Organization Ground Station Lead: E. Hart (CS) Structures Lead: B. Holmes (ME) Science / Engineering Lead: J. Smith (CompE) Space Grant Faculty Advisor Outreach Lead: A. Dodd (Creative Writing) Control & Data Handling Lead: C. Douglas (EE) Leadership Team Flight Director: A. Howard Asst. Flight Dir: G. DeRuwe Systems Engineer: J. Schlee Communication Lead: J. Nance (EE)

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27 UI Idaho RISE Projects  Current and Future Projects Acoustic altimeter Temperature/Acceleration sensors Basalt magnetic field sensing experiment Small atmospheric entry probe prototype development Improved imaging capabilities Command uplink capability Free fall probe with autonomous parachute deployment

Senior Design Summary Design a descent probe: – Small in size ( Ø 30 cm) – Low mass (3 kg) – Aerodynamically stable – Instrumented with dynamic and atmospheric sensors – Capable of both sending and storing sensor/tracking data real time Design an experiment to test data acquisition, tracking, structural, aerodynamic capabilities 9/12/2015

29 UI Idaho RISE “What Do I Get Out Of This?”  Hands-on experience applying knowledge build both in and out of class work  Build connections and relationships with people from a variety of disciplines and experience levels, including students/faculty connected to NASA  Freedom to experiment and learn your own way  Experience working in groups, including Leadership experience

30 UI Idaho RISE How To Get Involved  Sign up for 1 credit class, listed as ENGR 205 (CRN 32541) - Class meets one hour per week; teams meet one hour per week  Send Questions to  Austin Howard  Justin Schlee  Brandy Holmes  Dave Atkinson  Check out our website:

31 UI Idaho RISE Final Notes  Potential for employment with NASA  Sounding Rocket Opportunities (June, 2008; May, 2009?)  Senior Design Projects (Terminal Velocity, Attitude Adjusters, Wireless TPS Sensors, MMOD Detection)  Graduate Research Opportunities  Planetary Probe Workshops  Potential for summer internships at JPL, NASA Ames

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