The MOSAIC modular CubeSat training boards laid out in a grid — multiple subsystem PCBs including power, communications, and onboard computer modules.
The MOSAIC training boards — the curriculum’s primary hands-on hardware, designed and built in-house by Evan Jellison.

The award, made under NASA’s Minority University Research and Education Project (MUREP) MPLAN call, funds a one-year effort starting September 2025. The work is led by Dr. Blagoy Rangelov as Principal Investigator and Evan Jellison as Co-Investigator.

What the program builds

The funded work establishes a structured, six-workshop CubeSat curriculum at the Space Lab and the university’s Advanced Prototyping Laboratory. The format is project-based and hands-on rather than lecture-driven, and is targeted at students who are historically underrepresented in aerospace, including first-generation college students and the Hispanic-majority student population that defines TXST as a Hispanic-Serving Institution.

Each workshop is a 3-hour session covering one slice of CubeSat development:

  • Intro to satellite systems
  • Experiment design and systems engineering
  • Space-flight physics
  • Basics of electronics
  • Programming and controllers
  • Remote sensing and instrumentation

The sequence ends with a practical phase where students design, integrate, and test their own CubeSat projects on the lab’s MOSAIC training hardware.

Why it matters for the lab

Until now, Space Lab’s educational throughput has been ad-hoc — students plug into mission work at whatever skill level they bring. This award funds the missing piece: a structured on-ramp that gets a new student from zero to mission-relevant in a single semester. The curriculum is designed to be reusable and to integrate into existing Physics, Computer Science, and Engineering courses.

Read more about the program →