The Earth, Atmospheric, and Planetary Sciences undergraduate program at MIT provides students with the tools to explore Earth's systems and planetary environments. These projects cover a wide range of research areas from deep Earth processes to planetary exploration and climate dynamics using modern computational and observational tools.
Modeling Climate Change Impact on Polar Ice Melt
Seismic Data Analysis for Earthquake Prediction
Remote Sensing of Urban Heat Islands Using Satellite Data
Machine Learning for Weather Pattern Forecasting
Geological Mapping of Coastal Erosion Zones
Mars Surface Mineral Analysis Using Rover Spectral Data
Carbon Cycle Modeling in Ocean-Atmosphere Interactions
Volcanic Ash Cloud Simulation for Aviation Safety
Analysis of Atmospheric Pollution Using LIDAR Technology
Designing a DIY Weather Station with IoT Sensors
Simulation of Tectonic Plate Movements in GIS Tools
Studying the Impact of Solar Flares on Earth's Magnetosphere
Real-Time Earthquake Visualization Using Python and USGS Data
Paleoclimate Reconstruction Using Ice Core Data
Hydrogeological Modeling of Groundwater Flow
Planetary Surface Feature Classification Using Image Processing
Tracking Tropical Cyclones Using Satellite Imagery
Ocean Acidification Effects on Marine Ecosystems
Stratospheric Ozone Depletion and Its Environmental Impacts
Analysis of Moon Crater Formation Using Simulation Tools
Design of a CubeSat for Earth Observation
Remote Monitoring of Coral Reefs via Aerial Drones
Dust Storm Analysis on Mars Using NASA Public Data
Development of an Early Warning System for Tsunamis
Studying Exoplanet Atmospheres Through Spectroscopy
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