recruitment information

The Cornell Rocketry Project Team is an engineering project team dedicated to designing, assembling, and launching high-powered rockets. We are recruiting for the Fall across all classes and engineering majors! Whether you love rockets or want to develop your engineering, software, hardware or business skills through cool projects, Cornell Rocketry has exciting opportunities for you across its six subteams! Be sure to apply!

Applications

https://cornellrocketryteam.com/Apply.php

Info Sessions

October 7th, from 8 to 9pm

October 14th, from 11am to 12pm

Links found here: linktr.ee/cornell_rocketry

Deadlines

Non-Freshman: Due October 5th, at 11:59pm (reviewed on a rolling basis)

Freshman: Due October 18th, at 11:59pm

Subteams

business

The Business team handles the team's finances, web development, content and design creation, sponsorship relations, events, and logistics. The business team ensures that the team always has the funding to complete our operations, and always has the organization to bring our team to the Spaceport America Cup.


electrical

The Electrical subteam designs, manufactures, and tests electrical systems for launch vehicle's payload. Last year, the subteam worked with the Deployable Rover System subteam in areas like deploying the rover itself, helping to avoid objects, and getting a reading from the solar panels. This year, it will work with the Payload subteam on the air-launched fixed-wing aircraft.


embedded software

The Embedded Software team designs and creates a module to be flown on the launch vehicle which provides the team with continuous information about the rocket's position and velocity. Once the launch vehicle has landed, the subteam handles recovery and tracking.

propulsion

The propulsion team handles the lift requirements of the launch vehicle. As a research and development based team, propulsion designs, simulates, manufactures, and tests rocket motors and engines for use on the launch vehicle. Design focus is on lifting the launch vehicle to a prescribed altitude while maintaining control of thrust throughout the ascent.

Recovery & payload

The Recovery and Payload subteam is responsible for the design and manufacture of an aerial system that will navigate the descending rocket to a predetermined GPS coordinate.

structures

The Structures subteam handles the overall structure and recovery systems of the competition launch vehicle.The subteam will choose the rocket motor, design the parachute recovery system, design the interfaces between payloads, and perform rocket motion simulations to accurately predict the launch vehicle's altitude of apogee

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