Classrooms on the Lunar Frontier
Bring the engineering of Artemis III into your classroom with standards-aligned lesson plans, telemetry tools, and interactive mission guides.
Lesson Plans and Mission Guides
Access curriculum-mapped resources designed to teach orbital mechanics, lunar geology, and spacecraft engineering for grades K-12.
Orbital Mechanics Guide
Calculate complex translunar injection trajectories and orbital insertion burns using authentic flight telemetry datasets simplified for classroom analysis.
Lunar Geology Toolkit
Analyze simulated regolith samples to identify potential ice deposits in the permanently shadowed craters of the lunar south pole.
Classroom Flight Simulators
Bring mission control directly into your classroom with web-based interactive tools that simulate real-time orbital mechanics and spacecraft operations.
SLS Launch Stack
Orion Docking Demo
Lunar Landing Telemetry
Monitor thrust, fuel consumption, and atmospheric drag during the initial launch phase.
Navigate the spacecraft to a safe docking sequence with the human landing system in lunar orbit.
Adjust descent thrusters to land safely on the rugged terrain of the lunar south pole.
Your Path to Deep Space
The Artemis generation requires engineers, scientists, and programmers. See how your classroom studies translate to roles at NASA and our partners.
Aerospace Engineering
Software Systems
Lunar Science
Design the next generation of life-support loops, thermal shields, and heavy-lift rocket propulsion systems for deep space.
Write and test the redundant autonomous flight software that guides the Orion spacecraft through critical translunar injection burns.
Analyze simulated lunar regolith samples and water-ice deposits to map vital resources for a sustained human presence.