1. Team Pegasus MSF: BalloonSat SatElysium Conceptual Design Review Jordan Burns Miranda Link Brenden Hogan Cody Spiker Chris Dehoyos Hemal Sewal September 20, 2011

2. Mission Overview Objective: Test and record the effects of a near space environment on several cultures of Streptococcus mutans. Purpose: Determine how bacteria cultures respond to the lack of pressure, extreme temperatures, and radiation present in near-space. Why: Test the validity the of the recorded results of the 1967 flight of Surveyor III. According to NASA’s results, we believe that we will find that bacteria not only survive, but actually thrive, in the harsh environment of space.

3. Design We will accomplish our mission by creating a balloon satellite in which our samples will be exposed to differing conditions. Three sets of samples will be put in their own conditions. – Number 1 will be in a lower section of the sat with the electronics and will have a heater warming it – Number 2 will be in the upper half of the sat isolated from light but not temperature – Number 3 will be in the upper half of the sat exposed to light and temperature The following slides will illustrate the method of doing this.

7. Parts List Solder Foam Core HOBO Data Logger Arduino Pro Digital Camera Heating System 9 volt Batterys Aluminum Tape Humidity & Temp. Sensor Stryofoam Live Strand of Streptococcus Mutans AGAR Motar Divided Petri Dishs Nuts and Bolts Dry Ice

8. Management Jordan Burns Project Manager -responsible for all management and scheduling -thermal engineer 9118 Andrews Hall, Boulder, CO 80130 (719) 337-5357 Jordan.Burns@Colorado.edu Brenden Hogan -Lead Electrical Engineer -responsible for circuits and mechanisms 9023 Crosman Hall, Boulder, CO 80310 (303) 483-1161 brenden.hogan@colorado.edu Miranda Nicole Link -Design and Budget Management -records of all team expenses, within budget and out of pocket. 590 Merlin St., Lafayette, CO 80026 (970) 372-8873 Miranda.link@Colorado.edu Hemal Sewal -Lead Structural Engineer -responsible for overseeing the construction of the satellite 9038 AdenHall, Boulder, CO, 80309 (719)-339-7570 Hemal.Sewal@Colorado.edu Cody Spiker -Science Manager -responsible for all control tests on the bacteria and the growth of bacteria cultures pre-launch 9023 Crosman Hall, Boulder, CO 80310 (970) 589-5689 Cody.Spiker@colorado.edu Christopher Dehoyos -Video Director and Testing Manager -responsible for designing all tests on the BalloonSat -oversee extra credit video 9130 Darley North Hall, Boulder, CO 80310 (210) 573-8448 Christopher.dehoyos@Colorado.ed u

9. Schedule 9/12/11: Divide tasks and submit individual sections by 9/13/11 9/14/11: Team meeting/Take ITLL Tour to get access 9/15/11: Finalize Proposal 9/16/11: Submit Proposal 9/19/11: Team meeting for Design Presentation 9/20/11: Conceptual Design Review Presentation 9/22/11: Team meeting to decide parts order forms. 9/27/11: Order satellite hardware 9/28/11-10/7/11: Build and test prototypes. Grow first set of bacteria for ground control. 10/8/11-10/13/11: Complete testing and design modifications. 10/16/11-10/23/11: Construct BalloonSat. 10/23/11: Satellite completion 10/25/11: Pre-Launch Inspection 10/27/11: In class mission simulation 11/01/11: Launch readiness review 11/04/11: Final BalloonSat Weigh in and turn in 11/05/11: Launch and Recovery 11/06/11: Meet to review data 11/14/11: Review final report 11/21/11: Complete final report 11/29/11: Final Team Presentations and Report 12/03/11: Design Expo Team meetings always begin at 5 p.m. on Sundays or Mondays unless otherwise specified. Construction sessions will be on weekday afternoons. Usually Thursdays.

10. ITEMSUPPLIERPRICE Weight (g) in Sat QuantityTotal Solder Home Depot$20.00<1 g1$20.00 Foam Core Gateway ClassProvided to us<70 g3$0 Hobo Data Logger Gateway ClassProvided to us30 g1$0 Digital Camera Gateway ClassProvided to us130 g1$0 Heating system Gateway ClassProvided to us100 g1$0 9 volt battery Walgreens$13 for 4150 g8-12$26-39 Aluminum Tape Gateway ClassProvided to us<3 g1$0 Arduino pro Sparkfun.com19.95<5 g1$19.95 Humidity & Temp. Sensor Amazon.com26.95 (w S&H)<20 g1$26.95 Styrofoam McGuckins<$10.00 1 Live Strand of Streptococcus Mutans (in Petri) Wardsci.com $9.95 1.5 g 1$9.95 AGAR www.ibisci.com$40.0030 g1$40.00 Motor Anaheimautomation.c om $14.3881 g3$43.14 Devided Petri Dishes (20) Carolina.com$8.50 w/o SH<20 g1$8.50 Nuts and Bolts McGuckins<$2.00<20 g1<2.00 Dry Ice Safeway<15.00 1$15.00 Total Weight = 666.5 g Total Price = $234.49 plus S&H Total Weight 666.5 g Total Price $234.49 + Shipping/Handling + out of pocket spending for luxuries, such as… stress candy coffee sleep aids spray paint Budget

11. 1. Bacteria cultures will not grow properly prior to launch 2. Door mechanisms will not close correctly 3. Securing Petri dishes to structure 4. Forgetting about the basics because we are so worried about the more complicated components of the satellite. 5. Insulation, insulation, insulation. 6. Losing the entire BalloonSat Team Worries

12. Mission Statement Sources “Earth Microbes On the Moon.” September 12, 2011. NASA Science. 2011. “Bacteria: Space Colonists.” September 12, 2011. Panspermia.org. 2011.