Ground Penetrating Radar (GPR)-Based Subsurface Utility Mapping for Kerala Water Authority (KWA)
Description: This project involves the application of Ground Penetrating Radar…
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Geophysical Exploration (Spatial Sensing Lab)
From Geophysical Signals to Subsurface Intelligence
In-House development projects
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collaborations
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High Advance tech
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TDP Projects
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The Spatial Sensing Lab at IITTNiF develops indigenous sensing technologies and integrated geospatial solutions for understanding the Earth’s surface, subsurface, and built environment. The lab combines GPR, magnetometry, LiDAR, photogrammetry, remote sensing, and 3D mapping for applications in mineral exploration, geological investigations, infrastructure assessment, underground utility mapping, terrain analysis, and natural resource management.
Through integrated ground-based and aerial sensing, advanced data processing, 3D reconstruction, and field experimentation, the lab transforms complex spatial data into actionable intelligence for scientific research, industry, and informed decision-making.
Focus Areas
In-House Projects
In-House Projects
MargDarshika – Geospatial Route Optimization and Intelligent Pipeline Planning Platform
Description: MargDarshika is a collaborative technology development initiative between IITTNiF…
Indigenous Ground Penetrating Radar (GPR) System Development
Description: This project focuses on the development of indigenous Ground…
Case studies
Tree Root Scanning using GPR
Problem Statement Understanding root architecture is essential for assessing tree…
Regolith Thickness and Subsurface Characterization using GPR
Problem Statement Characterizing regolith layers is essential for understanding ground…
Asphalt Thickness Measurement over Concrete using GPR
Problem Statement In transportation and pavement engineering, accurate knowledge of…
Detection of Rebar Misalignments in Reinforced Concrete using GPR
Problem Statement The performance and durability of reinforced concrete structures…
Rebar Spacing Mapping to Select Safe Core-Cutting Location using GPR
Problem Statement Coring through reinforced concrete requires precise avoidance of…
Hidden cracks in Roads using GPR
Problem Statement Road durability depends on the integrity of subsurface…
Indoor GPR Survey for Utility Detection and Subsurface Mapping
Problem Statement Indoor environments often host a complex network of…
GPR Survey for Optical Fiber Cable (OFC) Detection in Wet Soil Conditions
Problem Statement Optical Fiber Cables (OFCs) form the backbone of…
Detection of Utilities Beneath Rebar Mesh using GPR
Problem Statement Optical Fiber Cables (OFCs) form the backbone of…
Facilities & Capabilities
Hardware Capabilities
Software Capabilities
Collaborations
Let's Build the Future With Us
Whether you are a researcher, startup, industry partner, government organisation, academic institution, or student, IITTNiF provides opportunities to innovate, collaborate, develop technologies, and create national impact.