Learning by doing, supporting each other, and building rockets that make Notre Dame proud.
The Notre Dame Rocketry Team is a student-led project created to give future engineers real, hands-on experience beyond textbook theory. Everything we do is managed and built entirely by students who want to take what they learn in lectures and put it directly into action.
Our members come from many different backgrounds, including aerospace, mechanical engineering, electronics, and computer science. By working together to design, build, and test high-powered rockets, we help students develop practical engineering skills while taking on real-world technical challenges.
We are a student-run team that brings textbook concepts into the real world. Our group brings together students from aerospace, mechanical, electrical, computer science, and other majors across campus. Together, we handle every part of building high-powered rockets—from early sketches on a whiteboard to actual launch days.
Keeping our USLI and NDXP teams aligned and on schedule.
Directing our solid-motor rocket designs and scientific payloads.
Heading our liquid-fuel engine research and testing.
Managing budgets, media, event planning, and sponsor communication.
We believe the clearest way to learn is by taking on real projects. Students take ownership of their work from initial computer designs to physical building and flight testing, gaining practical experience that carries into their careers.
We constantly look for new technical challenges. Whether we are writing code for custom flight computers, refining altitude control systems, or designing liquid engines, we encourage our members to test new ideas and build smarter designs.
We enjoy sharing our passion for space and science with local students. Through interactive visits at nearby schools, we help kids see that science and engineering are approachable, fun, and within their reach.
Founded by Jim Lampariello and seven students working out of a basement workshop. The team built its first rocket bodies from simple paper resin before upgrading to sturdy fiberglass and carbon fiber.
Under faculty advisor Aleksandar Jemcov, the team expanded rapidly. Students from electrical engineering, computer science, and physics joined to build custom electronics and scientific payloads.
Team members earned advanced rocketry certifications, built custom electronics, and started flying faster rockets, laying the foundation for national competitions.
The team built a combined rover and drone payload system, earning 3rd Place for STEM Engagement and establishing themselves as strong national competitors.
Marking 10 years as a team, we launched a 12-foot rocket named "Camulus." It featured a 360-degree camera system that tracked the landing area without GPS, securing 2nd Place Overall nationally.
Competing against 49 universities, Notre Dame took 1st Place Overall at
NASA's national competition.
Our gold rocket "Dr. Joe" safely deployed a crew capsule that rotated back to earth
without a parachute. We also won 1st in Safety and 1st in
Community Outreach.
Following our national title, we created a new division within the team: Notre Dame Experimental Propulsion (NDXP). This group works on developing custom liquid-propellant engines from the ground up.
We designed a mini-habitat that safely returned four simulated astronauts and automatically tested soil samples. Our team took 4th Place Overall and earned another 1st Place Safety Award.
Our target date to launch Notre Dame's first fully integrated liquid-fueled rocket at a national competition.