Apply Payload Engineering, Software, Operations (PESO) skills to launch a payload and with R&D project. Design, build, and launch high altitude balloon. Apply systems integration, code, & data analysis to operate in Earth's atmosphere. Become immersed in R&D experience (mostly online) to design and support aerostat balloon demo on Earth. Apply engineering and aerospace principles and math, to model flight performance, GNC, TT&C, and more.

Design, build, and operate a spacecraft beyond Earth orbit. Learn physics of space, orbit maneuvering, Coding for Space, GNC, Microcontrollers, and more. The online course immerses participants in a research intensive course to build, assemble a cubesat.  Engage in discussions on applying to R&D, sensor fusion integration, experiments, software, & systems. 

Earn a Masters Degree (MSc or MEng) online in 2 years with part time or full time course schedule. Earn 25 graduate-level course credits with 4 core on astrophysics, Planetary Sciences & Atmospheres, Data Analysis, and Space Systems Engineering. In one of two Master's tracks on Astrophysics or Planet Sciences Track, credits may be transferred upon successful review. Advance R&D and work with Faculty Advisor on a Thesis track (6CR) optional to culminate in thesis presented defended to earn your Masters Degree.