Geological Engineering (GEE)

Section Information

Geological Engineering focuses on the application of geological science and engineering principles to understand, manage, and utilize Earth materials and processes. It addresses the characterization of subsurface conditions, assessment of geologic hazards, design of foundations and earth structures, resource exploration, and environmental protection.

Modern research in this field includes rock mechanics, engineering geology, geotechnics, hydrogeology, geohazards, geotechnical site investigation, mining and energy geoscience, environmental remediation, geophysical surveying, and numerical modeling of geologic systems. Advances in remote sensing, GIS, instrumentation, data analytics, and geomechanical simulation continue to strengthen geological engineering practice.

This section publishes experimental studies, field investigations, analytical models, engineering designs, case studies, and reviews addressing geological characterization, geotechnical performance, risk mitigation, sustainable resource development, and engineering solutions influenced by Earth processes.

Scope

Engineering Geology and Site Characterization
- Geologic mapping, subsurface investigation, and stratigraphic analysis
- Soil and rock characterization, weathering profiles, and material properties
- Geotechnical instrumentation, monitoring, and field testing
- GIS and remote sensing for geologic assessment
Rock Mechanics and Rock Engineering
- Rock strength, deformation, and failure mechanisms
- In situ stress analysis and geomechanics
- Design of rock slopes, tunnels, caverns, and underground structures
- Numerical modeling of rock mass behavior
Geotechnical and Geoenvironmental Engineering
- Soil behavior, foundation engineering, and earth-retaining structures
- Landfill engineering, contaminant transport, and remediation technologies
- Ground improvement, stabilization, and geosynthetics
- Assessment and mitigation of environmental geohazards
Hydrogeology and Groundwater Engineering
- Groundwater flow, aquifer characterization, and hydrogeologic modeling
- Well design, pumping tests, and groundwater resource management
- Contaminant hydrogeology and transport processes
- Groundwater–surface water interactions and recharge studies
Geohazards and Risk Assessment
- Landslides, rockfalls, debris flows, and mass movement analysis
- Earthquake geology, seismic hazard assessment, and fault mechanics
- Volcanic hazards, subsidence, and ground deformation
- Risk modeling, mitigation strategies, and early warning systems
Mining, Petroleum, and Energy Geoscience Engineering
- Mine design, slope stability, and underground excavation
- Reservoir geomechanics and subsurface resource development
- Geothermal systems, CO₂ sequestration, and energy-geoscience applications
- Environmental management in extractive industries
Geophysical Engineering and Subsurface Imaging
- Seismic, electrical, electromagnetic, and gravity methods
- Geophysical surveys for engineering and environmental applications
- Integrated geophysical–geotechnical interpretation
- Advanced imaging and inversion techniques
Modeling, Simulation, and Data-Driven Geoscience
- Numerical and analytical modeling of geologic systems
- Finite element, finite difference, and discrete element methods
- Machine learning and data analytics for geological engineering
- Digital twins and geospatial decision-support tools