Project Description:
Advanced Terrapin Lunar Architecture for Sustainability (ATLAS) will be an outpost located in the Lunar South Pole's Shackleton Crater that will design a permanent, self-sustaining lunar architecture with industrial levels of regolith mining and refinement, large-scale scientific discovery, greenhouses, and enable human expansion further into the solar system. By Phase 3 of our mission in 2060, ATLAS will produce 750 metric tons of metals, hydrogen, and oxygen annually, which will enable the production of ISRU habitats, greenhouses, and more for our 40 astronauts working as doctors, refinement operators, greenhouse experts, and electricians.
Advisor/Instructor:
Dr. Jarred YoungTeam Members:
| Trinity Aguilar | Aerospace Engineering |
| Shazali Audu | Aerospace Engineering |
| Riley Edgar | Aerospace Engineering |
| Aidan Ellwanger | Aerospace Engineering |
| Liam Foley | Aerospace Engineering |
| Chaitanya Garg | Aerospace Engineering |
| Daniel Grammer | Aerospace Engineering |
| Zuha Islam | Aerospace Engineering |
| Maisha Jahan | Aerospace Engineering |
| Arnav Kalotra | Aerospace Engineering |
| Eric Kim | Aerospace Engineering |
| Kai McKeown | Aerospace Engineering |
| Nathaniel Nurlegn | Aerospace Engineering |
| Dheer Patel | Aerospace Engineering |
| Samir Rathore | Aerospace Engineering |
| Tyler Rivenbark | Aerospace Engineering |
| Francesca Sciarretta | Aerospace Engineering |
| Scott Sessa | Aerospace Engineering |
| Alejandro Tovar | Aerospace Engineering |