The Master of Science in Applied Geosciences at UPenn blends fieldwork, lab analysis, and geospatial modeling to tackle global and local environmental concerns. These dissertation topics enable students to explore high-impact areas such as sustainability, groundwater security, and risk mitigation.
Hydrogeological Modeling of Contaminant Transport in Urban Aquifers
Geotechnical Stability Assessment of Slopes in Post-Mining Regions
Climate-Resilient Groundwater Management Strategies in Arid Zones
Remote Sensing and GIS Analysis of Coastal Erosion Trends
Evaluation of Green Infrastructure in Stormwater Control
Seismic Hazard Mapping Using Machine Learning and Historical Data
Impact of Industrial Waste Disposal on Soil and Groundwater Quality
Karst Terrain Risk Mapping Using Subsurface Imaging Techniques
Application of Isotope Hydrology in Source Water Protection
Geochemical Modeling of Acid Mine Drainage Treatment Systems
Urban Soil Contamination Risk in Redevelopment Projects
Quantifying Ground Subsidence in Rapidly Urbanizing Cities
Flood Modeling and Prediction Using Open-Source Hydrologic Tools
Monitoring Sinkhole Development via Satellite Interferometry
Subsurface Microbial Processes in Environmental Remediation
Collexa assists UPenn students in geotechnical data processing, hydrologic simulation, GIS map generation, and academic writing support for applied geosciences.
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