Applying rigorous geophysical principles and physical modeling to near-surface engineering, groundwater exploration, and shallow geotechnical safety.
Focus: Applies high-precision geophysical principles, electrical resistivity tomography, and seismic refraction methods to shallow-depth site investigations, groundwater preservation, and environmental safety.
Scope: Aquifer delineation, hydrogeophysics, civil site characterization, geotechnical structural integrity assessments, environmental contamination mapping, and shallow physical property inversion.
Utilizing non-invasive geophysical imaging to map complex aquifer geometries, track groundwater storage dynamic levels, and assess subsurface water quality.
Evaluating soil mechanical properties, bedrock depth, and foundation stability for critical civil structures, dams, and urban development projects.
Detecting subsurface pollutant plumes, landfill leachate dispersion, and monitoring soil remediation processes using high-resolution resistivity and GPR data.
Integrating surface-wave dispersion (MASW), electrical, and electromagnetic datasets into joint computational inversions for ultra-accurate shallow physical profiles.