The Bachelor of Science in Geosystems Engineering at the University of Texas at Austin trains students to analyze and engineer subsurface systems. From groundwater management to energy reservoirs, students integrate geology, geomechanics, and data modeling to tackle real-world Earth-based engineering problems.
Modeling Groundwater Flow in Karst Aquifers Using MODFLOW
Seismic Hazard Assessment of Urban Infrastructure
Design of Subsurface Carbon Storage Sites for CO₂ Sequestration
Soil-Structure Interaction Under Earthquake Loads
Predicting Slope Stability Using Geotechnical Software
Geophysical Survey for Tunnel Pathway Determination
Reservoir Simulation for Enhanced Oil Recovery
Monitoring Land Subsidence in Urban Areas Using InSAR Data
Design of a Subsurface Drainage System for Mining Sites
Thermal Properties of Geothermal Reservoirs for Power Generation
3D Geological Modeling for Urban Development Projects
Design of Retaining Structures in Weak Rock Formations
Groundwater Contamination Assessment Using GIS
Numerical Simulation of Contaminant Transport in Aquifers
Application of Rock Mechanics in Underground Cavern Design
Integration of Remote Sensing and Geostatistics in Site Selection
Evaluating Fracture Networks in Shale Gas Reservoirs
Design of Monitoring Systems for Landslide-Prone Zones
Rock Mass Rating System for Tunnel Stability Assessment
Modeling Subsurface Flow for Waste Disposal Safety
Fault Mapping and Risk Zoning for Urban Planning
Use of Machine Learning for Rock Type Classification
Site Investigation Techniques for Large Dams
Evaluating Reservoir Compaction and Surface Subsidence
Simulation of CO₂-EOR Process in Depleted Reservoirs
Combine geological insight with engineering rigor to address subsurface challenges—only at UT Austin’s Geosystems Engineering program.
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