A flagship intensive training program at the intersection of geophysics, remote sensing, and earth observation.
CAP-GEO is a three-day intensive training program designed to disseminate practical knowledge in advanced Remote Sensing and Geophysical Imaging. We bring together experts, engineers, and researchers to master integrated investigation methods for hazard assessment and resource mapping.
The workshop bridges the gap between theoretical knowledge and field-ready skills. Participants gain direct, hands-on experience with state-of-the-art instruments including UAV-LiDAR systems, terrestrial laser scanners, GNSS rovers, ground-penetrating radars, and InSAR processing platforms.
CAP-GEO 2026 is designed for postgraduate and doctoral scholars, faculty, field geologists, and working professionals seeking to integrate surface and subsurface mapping techniques into their research or professional practice.
Landslides, subsidence, groundwater dynamics, and critical infrastructure assessment using integrated geophysical methods.
End-to-end workflows for subsurface characterization and resource delineation using ERT, GPR, and MASW techniques.
InSAR, UAV-LiDAR, and GNSS for surface deformation monitoring, DEM generation, and change detection.
Four core goals that drive the design of every session and field activity at CAP-GEO 2026.
Demonstrate complete workflows from survey design through data acquisition, processing, and final interpretation — mirroring real-world project execution.
Build expertise in integrated techniques for assessing landslides, subsidence, groundwater dynamics, and critical infrastructure stability.
Provide hands-on exposure to state-of-the-art geophysical and remote sensing techniques including UAV-LiDAR, TLS, InSAR, GNSS, ERT, GPR, and MASW.
Strengthen skills for real-world project planning and execution — from instrument selection and field logistics to reporting and stakeholder communication.
Every session is designed around live demonstrations, instrument familiarization, and guided field data collection.
Hands-on satellite radar interferometry for surface deformation mapping and subsidence monitoring. Includes data processing exercises.
Electrical Resistivity Tomography — field data acquisition, electrode layout, and subsurface imaging for geological investigations.
Precision global navigation satellite system measurements for geodetic control, ground truth, and deformation monitoring.
High-density 3D point cloud acquisition for terrain mapping, structural analysis, and volumetric change detection.
Ground-Penetrating Radar for shallow subsurface profiling — utility detection, void mapping, and stratigraphic analysis.
Multichannel Analysis of Surface Waves for shear-wave velocity profiling and site characterization in seismic hazard studies.
Electronic distance measurement and angular observation for precise topographic and engineering surveys in the field.
Drone-based aerial surveys using RGB cameras and LiDAR sensors — flight planning, data acquisition, and DEM generation.
Distinguished academics and industry practitioners sharing cutting-edge knowledge and real-world perspectives.
Banaras Hindu University (BHU)
Defence Geoinformatics Research Establishment (DGRE), Chandigarh
Space Applications Centre (SAC)
Cochin University of Science and Technology (CUSAT)
IIT Roorkee
IIT Ropar
IIT Ropar
DM Consulting
Guideline Geo
Resil Infra
A carefully structured progression from foundational theory to advanced field practice and data integration.
Overview of Geophysical Methods & Case Examples
Geohazard Assessment using Remote Sensing & Geospatial Techniques
GNSS for Geodetic & Topographical Surveys — Overview and Case Examples
SAR Interferometry for Ground Deformation Studies — Overview and Case Examples
Guided processing session — interferogram generation, phase unwrapping, and displacement interpretation.
Terrestrial Laser Scanning for Multi-Temporal Remote Sensing Studies — Overview and Case Examples
Electrical Resistivity Tomography — Applications
Ground Penetrating Radar — Applications
MASW — Applications
Live instrument stations: ERT, GPR, GNSS, MASW, TLS, and Total Station — guided data acquisition exercises.
UAV Application for Hazard Mapping
TBA
Field flight operations, real-time point cloud acquisition, and DEM generation walkthrough.
Concrete, transferable skills and knowledge you will carry beyond the classroom into the field and lab.
Acquire field data using ERT, GPR, MASW, GNSS, and UAV platforms with confidence and proper methodology.
Perform preliminary processing and interpretation of datasets from multiple geophysical and remote sensing sources.
Integrate surface (UAV, TLS, InSAR) and subsurface (ERT, GPR, MASW) information for comprehensive site characterization.
Apply integrated results to real-world hazard assessment and resource mapping challenges with professional-grade output.
Connect with experts, peers, and researchers working across geophysics, remote sensing, and earth sciences.
End-to-end understanding of integrated Remote Sensing and Geophysical workflows
Practical experience with advanced field instruments used by industry and academia
Exposure to hazard and resource case studies from the Indian subcontinent
Skill development for multidisciplinary project planning and execution
Limited seats available on a first-come, first-served basis. Register before 10 March 2026.
Registration fee covers: workshop kit, access to all technical sessions, and refreshments during the event. Travel arrangements are the participant's responsibility.
Click below to fill out the registration form. Confirmation will be sent via email after review.
Register NowAccommodation will be provided only for the duration of the workshop (16–18 March 2026), subject to availability.
Shared accommodation
Shared accommodation
Faculty members from the Department of Earth & Environmental Sciences, IISER Mohali, leading the workshop.
Dept. of Earth & Environmental Sciences
IISER Mohali
Dept. of Earth & Environmental Sciences
IISER Mohali
Dept. of Earth & Environmental Sciences
IISER Mohali
Dept. of Earth & Environmental Sciences
IISER Mohali, Sector 81
SAS Nagar, Punjab 140 306
March 16–18, 2026
Registration Deadline:
10 March 2026