Difference between revisions of "Cornell Rocketry Team"
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CRT's faculty advisor is [http://www.mae.cornell.edu/mae/people/profile.cfm?netid=ds925 Dr. Daniel Selva] and the team's faculty mentor is Daniel Sheerer. The current team leads are Bryan Zheng ([[Applied & Engineering Physics|AEP]] '19), [[user:Coolchris |Chris Fedors]] ([[Electrical & Computer Engineering |ECE]] '18), and Stephanie Chang ([[Computer Science |CS]] '20). | CRT's faculty advisor is [http://www.mae.cornell.edu/mae/people/profile.cfm?netid=ds925 Dr. Daniel Selva] and the team's faculty mentor is Daniel Sheerer. The current team leads are Bryan Zheng ([[Applied & Engineering Physics|AEP]] '19), [[user:Coolchris |Chris Fedors]] ([[Electrical & Computer Engineering |ECE]] '18), and Stephanie Chang ([[Computer Science |CS]] '20). | ||
| − | + | = Expectations of Team Members = | |
= Team Structure = | = Team Structure = | ||
CRT maintains a functional team structure, consisting of six subteams in addition to the [[Team Leadership|team leads]]. For more information on each subteam, follow the links below. | CRT maintains a functional team structure, consisting of six subteams in addition to the [[Team Leadership|team leads]]. For more information on each subteam, follow the links below. | ||
Revision as of 16:51, 21 April 2018
| Cornell Rocketry Team |
|---|
| Part of the CRT series |
| Getting Started |
| Enrollment • Expectations • Facilities • Files & Communication • Grading |
| NASA USLI Seasons |
| 2017-2018 • 2016-2017 • 2015-2016 • 2014-2015 |
| People |
| Professor Douglas MacMartin (Team Advisor) • Daniel Sheerer (Team Mentor) • Yash Sahota (Co-Team Lead) • Matt Schneider (Co-Team Lead) |
| Subteams |
| Airframe • Business • Communications (Comms) • Electrical and Software (E&S) • Independent Testing and Validation (INTEV) • Payload • Propulsion |
| High-Power Rocketry Certification |
| Level 1 • Level 2 • Level 3 |
| How to & Guides |
| Wiki • Documentation • Writing about Safety and Hazards • Style Guide • ShareLaTeX Guide • Technical Writing Guide • Solidworks Training • GitHub • Controls Basics • Altium • 3D Printing • Design Catalog • Acronym Dictionary • ANSYS Guide |
| Reference |
| Branding and Standards* • Useful Calculations* • Launch Database* |
| Miscellaneous |
| FAQs • Library of Useful Sources |
| *login required |
| V • E |
Cornell Rocketry Team (CRT) is a student-led engineering project team at Cornell University. Consisting of students from four different colleges within the university, CRT strives to push the limits on high-power rocketry and build innovative and sustainable payloads. The team is currently competing in the 2017-2018 NASA University Student Launch competition with their rocket, Flammea, and its payload, the Deployable Rover System (DRS).
As part of the team's educational series on high-power rocketry, members build and launch Level 1, Level 2, and Level 3 high-power rockets. Most local launches occur as part of Upstate Research Rocketry Group (URRG), sanctioned as Tripoli Rocketry Association (TRA) Prefecture #139 and National Association of Rocketry (NAR) Section #765.
CRT's faculty advisor is Dr. Daniel Selva and the team's faculty mentor is Daniel Sheerer. The current team leads are Bryan Zheng (AEP '19), Chris Fedors (ECE '18), and Stephanie Chang (CS '20).
Contents
Expectations of Team Members
Team Structure
CRT maintains a functional team structure, consisting of six subteams in addition to the team leads. For more information on each subteam, follow the links below.
- Airframe
- Business
- Communications (Comms)
- Electrical and Software (E&S)
- Independent Testing and Validation (INTEV)
- Payload
Competition Seasons
CRT was first founded in 2013 and after establishing our foundations, we began competing in the NASA SL ever since.
Documentation
Guides
- Writing about Safety and Hazards
- Style Guide
- ShareLaTeX Guide
- Technical Writing Guide
- Solidworks Training
- Controls Basics
Scores
- Environmental and Safety Hazards
Environmental Hazards
- Include hazards to the environment posed by our manufacturing process. I.e. lead solder and fiberglass dust.
