The MS in Earth, Atmospheric and Planetary Sciences at MIT offers students the tools to tackle global-scale problems across climate, planetary science, and geophysics. These projects explore simulation, observation, and theory across terrestrial and extraterrestrial systems.
Modeling the Impact of Aerosols on Climate Sensitivity
Deep Learning for Seismic Event Detection and Classification
Mars Surface Analysis Using HiRISE Satellite Data
Simulation of Ocean Circulation Patterns under Climate Change
Geochemical Modeling of Groundwater Contamination
3D Visualization of Earthquake Fault Dynamics
Remote Sensing of Ice Sheet Melting Rates in Antarctica
Atmospheric Chemistry Modeling for Air Quality Forecasting
Magnetohydrodynamic Modeling of Solar Wind Interactions
Satellite-Based Monitoring of Deforestation Trends
Modeling Sea Level Rise Scenarios Using Earth System Models
Spectroscopic Analysis of Exoplanet Atmospheres
Tsunami Propagation Modeling Using Shallow Water Equations
Thermal Evolution of the Lunar Interior
Data Assimilation in Weather Prediction Models
Simulation of Ocean-Atmosphere Carbon Exchange
Volcanic Eruption Risk Mapping Using GIS and Remote Sensing
Stochastic Modeling of Extreme Weather Events
Subsurface Imaging Using Electromagnetic Surveys
Tectonic Plate Movement Analysis Using GPS Time-Series
Simulation of Jet Stream Behavior under Global Warming
Radiative Transfer Modeling in Exoplanetary Systems
Machine Learning for Cloud Classification in Satellite Imagery
Ocean Acidification Impact Modeling on Coral Reefs
Comparative Geology of Earth and Venusian Highlands
Whether it's satellite remote sensing, geophysical simulations, or planetary surface analysis — we’re here to support your EAPS research.
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