Model of the Cassini Spacecraft

SmallSat Mission Design Project

 

Gain hands-on experience in developing innovative small spacecraft missions in high-priority areas of space science.

A major component of all Cornell M.Eng degrees is your dedicated M.Eng Project. Listed as course number MAE 6900 (Special Investigations in Mechanical and Aerospace Engineering) this takes the form of the Satellite Mission Design Project, and is run over the summer semester. It is a group project, completed together with the entire Distance Learning cohort, with one week that is held in-person at the Ithaca Campus in Upstate New York.

SIZLE spacecraft
Figure 1 The central module from the SIZLE Satellite, with booms extending out in four directions that support a massive solar sail array.  This mission was designed to take images of interplanetary dust from outside the ecliptic plane. 

The goal of the project is to design a sophisticated and true-to-life satellite with a dedicated scientific mission. The science goals are selected to reflect current opportunities and priorities identified by NASA each year. A final report is produced that details everything you could anticipate from a real proposal submission; from launch opportunities and orbital staging, to scientific instrumentation and design traceability, to program planning and budgets.

A dedicated and experienced project supervisor with will help guide through your project. Further advice is provided through multiple faculty across both the Department of Mechanical and Aerospace Engineering, and the Department of Astronomy, in order to provide you with a full experience across a broad field. Online lectures will delve into NASA’s scientific priorities, the management of large scale proposals, science and technology traceability processes, systems integration, and a general introduction to the commercial-off-the-shelf market.

Hades
Figure 2 The HADES mission satellite, shown with partially stowed solar panels, was designed to collect deep space RF signals from the comparatively radio-quiet dark side of the moon. 

While much of the project is completed remotely on a part-time basis, the in-person week is a full-time stretch of dedicated work where the project really comes together. You will be provided with tons of faculty interaction and review, as well as opportunities to meet with industry leaders, tour campus facilities and join informal events with your colleagues. The project is based on the SmallSat Mission Design School, which is a shorter program that has been run with great success over the last 2 years.

Upson Hall
Figure 3 Upson Hall at Cornell's Ithaca Campus is a modern facility in the heart of the beautiful Finger Lakes Region. 
ITS

Earn your degree while working full time

Join the forefront of spacecraft innovation.