Rocket University – Meet the team – Training
Rocket University – Meet the team – Training
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RocketUniversity
DSM Presentation and More!On Github jcchin / RocketUniversity
Rocket University
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Meet the team
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- Doug Astler
- Kristen Bury
- Jeff Chin
- Deb Goodenow
- Steven Korn
- Jeremiah Mcnatt
- Justin Niehaus
- Anthony Roberts
- Vikram Shyam
- Matt Smith
- Amanda Stevenson
- Fransua Thomas
- DER
- DSP
- RTM
- DPE
- DSP
- RPV
- REC
- DPC
- RTT
- QER
- DER
- RXN
Mentors
- Paul Bartolotta
- Rochelle Gallagher
- Vicki Crable
Training
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Completed Training
- Rocket U Orientation and Group Training
- Lifecycle Processes and Systems Engineering
- Project Proposals and Selection
- Requirements Development and Management
- CREO (Pro-E) Workshop
- COMPASS Analysis of Alternatives
- Project Planning Analysis and Control
- Fabrication Overview
- MAGNET Training
- Space Systems Verification and Validation
- Python Training
- Version Control Systems
- Scientific Computing
Future Training
- 3D Printing
- Inertia Navigation
- Rocket Propulsion
- Lessons Learned with Larry Ross
- Microcontrollers
- Embedded Linux
- Real time operation systems
- AeroPropulsion Basics
- Instrumentation Selection
- RM1 and STEP Level 1
- Communications Telemetry
- Dynamics in Structures: NASTRAN
280 hours of training + Weekly Meetings + System Reviews + Group Presentations
+ Balloon Payload DevelopmentDSM Presentation
04/02/14
Balloon Gondola Protection System
Presented by: Doug Astler, Jeffrey Chin, Justin Niehaus
Oh hey, these are some notes. They'll be hidden in your presentation, but you can see them if you open the speaker notes window (hit 's' on your keyboard).Outline
- Introduction to Rocket University
- Project Selection
- GHAPS Background
- Rocket University Project Scope, Cost, and Schedule
- Rocket University Project Success Criteria
- Forward Works
Introduction to Rocket University
- What?
- Cross-discipline technical development program – design, build, test, and fly a system
- When?
- Twelve to eighteen month program – started in November 2013
- Who?
- Twelve early career employees – diverse backgrounds in engineering, research and safety
- How?
- Hands on project - $30,000 budget
- Training
- Four APPEL courses
- Eighteen GRC-developed courses led by subject matter experts
- Mentors
- Where?
- Come visit us in our “clubhouse” – I-Lab (Building 5, Room CW-12)
- Needs
- Reliable, reusable, and low-cost balloon-borne platform for planetary science.
- Goals
- Providing decadal class planetary science observations that cannot be achieved from current ground and space assets
- Launch from any Columbia Science Balloon Facility for ultra-long duration missions (100 days)
- Being reconfigured to meet a broad envelope of science mission needs
- Objective
- Design and build a re-usable balloon gondola that can be refurbished within one year for no more than 20% of the cost of the original flight
Stretch Goal
- Perform a risk reduction analysis on controlled decent
- Mitigates landing impact forces, aiding in the reusability of the balloon gondola
- Minimizes the risk of landing in unfavorable environments, such as water
Resources
- Airborne Systems has offered the following:
- Customized controlled descent system, scalable to DRAGONFLY
- Assistance with design integration
- Formal training for system and software
- In-kind system contribution of $100,000
Payload 1
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Basement Level
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