Caltech’s Planetary Science program focuses on understanding the formation, evolution, and current state of planetary bodies. These project ideas empower undergraduates to explore other worlds through data, models, and experimental design.
Surface Mapping of Mars Using HiRISE and CRISM Imagery
Comparative Study of Volcanic Activity on Earth and Venus
Modeling the Atmospheres of Exoplanets Using Spectral Data
Astrobiology: Simulating Microbial Life in Martian Soil Analogs
Impact Crater Analysis on Lunar and Martian Terrains
Planetary Magnetospheres and Their Role in Radiation Protection
Remote Sensing of Planetary Surface Minerals via Spectroscopy
Thermal Modeling of Icy Moons in the Outer Solar System
Designing Autonomous Rovers for Harsh Extraterrestrial Conditions
Titan’s Methane Cycle and Earth-Like Weather Systems
Analysis of Planetary Ring Systems Using Cassini Data
Seismic Activity Modeling on the Moon Using Apollo Data
Exploring Cryovolcanism on Europa and Enceladus
Orbital Dynamics of Dwarf Planets and Their Satellites
Simulating Early Planetary Formation in Protoplanetary Disks
Caltech students can access Collexa support for planetary data analysis, simulation modeling, spacecraft instrument design, and space exploration insights.
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