NASA’s Artemis program isn’t “going back” to the Moon — it’s learning how to stay. 🌕🚀 Artemis is a multi-mission architecture designed to prove deep-space systems that can operate months to years away from Earth. That means: • SLS (Space Launch System): the most powerful rocket ever flown, capable of lifting heavy crewed payloads beyond low-Earth orbit • Orion spacecraft: built for deep-space radiation, high-speed re-entry (~40,000 km/h), and long-duration life support • Lunar Gateway: a planned space station in near-rectilinear halo orbit (NRHO) enabling sustainable lunar missions • South Pole focus: access to permanently shadowed regions where water ice can be converted into oxygen, drinking water, and rocket fuel (ISRU) Why this matters for STEM 👇 Artemis is a systems-engineering problem at planetary scale — propulsion, materials science, orbital mechanics, robotics, AI navigation, human physiology, and energy systems all have to work together with near-zero margin for error. ...