The Radio Astronomy team created a fully steerable radio satellite dish with signal-processing hardware and software. Along the way, project members were taught the basics of astronomy, signal processing, and data processing. To spread this knowledge, we held demonstrations of the dish functionality at high schools in and around the New Haven area. This project, along with CubeSat, was mentioned at the 2015 White House Astronomy Night.

The multi-stage rocket project focused on successfully launching and recovering a rocket two or more stages. It successfully launced to 9617 feet.

This team aimed to design and build an unmanned autonomous vehicle (UAV) capable of target recognition, payload drops, and flight via GPS-bounded coordinates.

The Rocket Competition team designed and constructed rockets and a payload to compete in two events at the Battle of the Rocket Competition. For the Target Altitude event, a rocket was built with the capability of reaching exactly 1,625 feet using a G motor. For the Planetary Rover event, the team constructed a rover and rocket system to launch more 1,000 feet on a K motor. The rover was contained within the 11-foot tall, 7.5-inch diameter rocket during its ascent and released with its own recovery system to land and perform a tasks on the ground. The competition was held on March 28th in Culpeper, Virginia.