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Scientific Payload

The Payload subteam designs and develops the payload for our competition rocket, creating a system for technology demonstration or experimentation. This year, we're developing a 2U CubeSat Payload with solid-state particle detectors for a dosimetry experiment in Earth's lower atmosphere. Our research aligns with NASA's RaD-X mission, advancing compact, low-cost radiation detection. We’ll compete in IREC 2025 and the SDL Payload Challenge with Spartacus Mk3.

Manufacturing and Design

The Manufacturing & Design subteam creates rockets that meet competition requirements while ensuring reliability and manufacturability. The team balances design parameters to minimize weight and achieve performance goals without compromising integrity. Each year begins with a clean-slate design, using rocketry software and CAD to develop detailed models. We collaborate with other subteams to incorporate their needs, bringing designs to life.

Electronics and Software

The Electronics & Programming Team at MSU Rocketry is vital to designing, building, and launching a high-powered rocket each year. We integrate student-designed and commercial flight computers, physics-based flight software, cameras, wireless systems, air brakes, and parachute mechanisms. Passionate about space and technology, we push boundaries while fostering a welcoming, collaborative, and fun environment for aspiring engineers.

Business Development

The Business Subteam is essential to our rocketry team, ensuring smooth operations and fostering strong connections. We manage logistics, coordinate team bonding, and keep everyone aligned on goals. Externally, we build relationships, secure sponsorships, and organize fundraisers. By balancing efficiency with outreach, we provide the resources, support, and collaboration needed for the successful design, construction, and launch of our rockets.

Subteams

Scientific Payload

Manufacturing and Design

Electronics and Software

Business Development