Design, Build, Fly at Virginia Tech is an all-student design team led by undergraduate aerospace engineering seniors and assisted by underclassmen of all disciplines and skill sets. The entire team designs, fabricates, and tests a remote controlled aircraft to compete in the annual AIAA DBF competition.
The Atmospheric Teaching Experiment at Virginia Tech is a team of students that launches a high altitude balloon to inspire children and engage them in science, engineering and mathematics.
Formula SAE is an international competition put on by the Society of Automotive Engineers which challenges students to design, build and test a formula-style race-car.
Hyperloop is a proposed mode of transportation where pod-like vehicles are propelled through a near-vacuum tube at speeds approaching 800 km/hr. Virginia Tech undergraduates pit their design skills against teams from around the world, vying to propel our transportation system into the future.
The RockSat-X program is an initiative by the Colorado Space Grant Consortium in conjunction with NASA's Sounding Rocket Program Office (SRPO) to provide low-cost access to space for university student design teams. Teams are allotted a modular payload space on a sounding rocket which is launched every August from NASA Wallops Flight Facility in Virginia.
Semi-Autonomous Mars Mining Robot › (Astrobotics)
The Virginia Tech Astrobotics multidisciplinary team is designing and building a rover to compete in the NASA Robotic Mining Competition.
Students for the Exploration and Development of Space (SEDS) at Virginia Tech ›
Students for the Exploration and Development of Space, or SEDS, is an independent student-based organization which promotes the exploration and development of space by educating people, supporting a network of interested students, developing leadership skills, and inspiring people through their involvement in space-related projects.
Rocketry at Virginia Tech is a club and associated design team, and an affiliate of the Virginia Tech College of Engineering and the New River Valley Rocketry club. Our aim is to create an environment for students to learn and work together building, launching, and experimenting with high power rockets.
Designing and building a 2-meter long seaworthy craft can be complicated enough as is, and when constructing a fully autonomous boat, the technical aspect intensifies greatly. SailBot team members must incorporate (and build upon) their proficiencies in aerodynamics, hydrodynamics, ship dynamics, electronics, programming, structural design, material properties, machining, and project management.
This team, made up of 40 engineering undergraduate students, designs, builds, and tests small-scale wind turbines.