Rose-Hulman rocket team takes 10th in NASA student launch challenge

Rose-Hulman’s Rose Rocketry team finished 10th in NASA’s University Student Launch Initiative after designing, launching, landing and recovering a rocket with a scientific payload in Huntsville, Alabama. The result capped a nine-month competition that tested engineering, teamwork and hands-on aerospace experience.

Why it matters: - Rose-Hulman’s finish shows a small undergraduate team can compete against larger aerospace programs in a NASA challenge. - The project gave students hands-on experience with design, launch operations, recovery and payload testing. - The result strengthens Rose-Hulman’s student competition record and professional development pipeline for future aerospace jobs.

What happened: - Rose-Hulman’s Rose Rocketry placed 10th in the NASA University Student Launch Initiative. - The team completed the final launch at NASA’s Marshall Space Flight Center in Huntsville, Alabama. - The rocket launched, landed and was recovered successfully during the final event. - Peter Tselekis, a senior mechanical engineering major, served as program manager for the Rose-Hulman USLI team.

The details: - NASA’s University Student Launch Initiative is a nine-month research and exploration program for college students nationwide. - The challenge required teams to design and launch a rocket with a scientific payload. - This year’s payload task also required teams to drill and extract a soil sample from the landing site and analyze pH and moisture levels. - NASA’s Space Launch System and Artemis Program Offices determine the annual challenge and payload requirements. - Rose Rocketry advanced through Preliminary Design Review, Critical Design Review, Flight Readiness Review and Launch Readiness Review before qualifying for the final launch. - At each checkpoint, the team submitted technical reports, technical drawings, simulation data, safety and hazards analysis, timeline and budget estimates, and STEM engagement materials. - The team presented its work to a NASA review panel for feedback. - Rose Rocketry ranked among the 30 teams that qualified for the final launch. - The team finished ahead of competitors from UCLA, Ohio State University and Carnegie Mellon University. - Tselekis said the team focused heavily on rocket design and construction to ensure reliability in Huntsville. - Tselekis also said the team worked with experienced rocketry mentors to understand the systems and pass knowledge to new members. - The team used support from NASA subject matter experts, industry professionals, and the Branam and Kremer Innovation Centers. - Last year, Rose-Hulman’s Ham Radio Club helped the team develop radio transmission for the required payload.

Between the lines: - The competition appears to reward more than launch success; it also tests documentation, safety, analysis and communication skills. - Rose-Hulman’s emphasis on hands-on ownership suggests the team is using the project as a training ground for future engineers, not just a contest entry. - A top-10 result against larger schools may help the program recruit new members and build credibility with industry partners.

What's next: - Rose Rocketry will likely use the 10th-place finish and the NASA feedback process to refine future rocket designs. - The team is also positioned to carry forward the knowledge transfer effort for newer members and future competition cycles. - Continued work with NASA experts, industry professionals and campus innovation centers could expand the team’s technical depth.

The bottom line: - Rose-Hulman turned a student rocketry competition into a practical aerospace training program and brought home a top-10 NASA finish.