Geospatial

Java Mission-planning and Analysis for Remote Sensing

JMARS (Java Mission-planning and Analysis for Remote Sensing) is an advanced software tool designed to aid scientists, engineers, and researchers in studying planetary surfaces and planning remote sensing missions. Developed at Arizona State University, it provides a powerful platform for visualizing and analyzing data collected from spacecraft, satellites, and other remote sensing instruments. With its intuitive interface and robust features, JMARS enables users to overlay diverse datasets such as elevation maps, thermal imagery, and spectral data, making it an indispensable resource for planetary science. It allows users to customize and analyze these layers, facilitating detailed examination of surface features and geologic structures. 

Planetary and Lunar Science Sensing Landing Sites

JMARS also supports mission planning by offering tools to simulate orbital paths, assess potential landing sites, and optimize observation schedules. Its Java-based architecture ensures cross-platform compatibility, allowing a wide user base to access its capabilities. Beyond planetary science, JMARS contributes to educational initiatives, helping students and educators explore remote sensing concepts interactively. The software's extensive library of datasets includes information from prominent missions like Mars Odyssey and Mars Reconnaissance Orbiter, offering unparalleled access to real-world data. JMARS bridges the gap between raw scientific data and meaningful insights, empowering users to unlock the mysteries of other worlds and enhance their understanding of our solar system.

L'SPACE Academy

L'SPACE Academy, developed by Arizona State University, is an innovative program designed to inspire and prepare undergraduate students for careers in space exploration and STEM fields. It offers online, team-based training modules that provide students with hands-on experience in NASA mission processes and scientific research. Participants collaborate on real-world challenges, such as designing space instruments and tackling mission proposal development, under the guidance of industry professionals. L'SPACE Academy aims to build essential skills like teamwork, communication, and problem-solving, while fostering a deep understanding of planetary science and engineering. This program is a gateway for students to connect with NASA mentors and gain practical experience, positioning them as future leaders in the space industry.

Shackleton Crater Astrogeology Lunar Regolith

As a student geologist for the MCA (Mission Concept Academy) team, the research into Shackleton Crater gains a practical and immersive dimension. This program allows budding geologists to delve into the unique geology of the Moon’s south pole, focusing on Shackleton Crater’s permanently shadowed regions and potential water ice deposits. Student geologists bring critical expertise in analyzing remote sensing data, interpreting geological features, and contributing insights on lunar surface processes. Shackleton Crater is a fascinating feature located near the Moon's south pole, named after the famed Antarctic explorer Ernest Shackleton. With a diameter of about 21 kilometers and a depth of 4.2 kilometers, the crater is notable for its permanently shadowed regions, which have been shielded from sunlight for billions of years. This unique environment makes it a prime area for scientific study, as these shadowed regions are believed to contain deposits of water ice. Water resources in Shackleton Crater are of particular interest for future lunar missions, as they could support human exploration and potentially serve as a resource for fuel production. The crater's unique location and conditions make it a key focus for understanding the Moon’s geology and planning sustainable exploration efforts.