Earth Observation & GeoAI
Understanding environmental and shoreline change through geospatial observations, with emerging work on predictive analysis and interpretable GeoAI.
Geospatial science · Water · Climate adaptation
Assistant Professor
Centre for Water Policy and Governance
School of Habitat Studies · TISS, Mumbai
Connecting Earth observation and spatial decision science to understand environmental change and inform the decisions that follow.
Research grounded in environmental systems.
Methods shaped by decision relevance.
Remote Sensing & GIScienceSpatial Decision SupportEmerging GeoAI
01 / Research
Across my work, a common question is how spatial evidence can support planning under uncertainty.
Understanding environmental and shoreline change through geospatial observations, with emerging work on predictive analysis and interpretable GeoAI.
Combining GIS, multi-criteria analysis and socio-spatial evidence to assess vulnerability and support decisions about water and environmental systems.
Examining flood risk, environmental planning and adaptation pathways through quantitative analysis and participatory approaches.
I am extending this work toward GeoAI and scenario-based approaches, with an emphasis on validation, uncertainty and decision relevance.
Research approach and directions02 / Current projects
Connecting geospatial methods with field evidence, institutional collaboration and questions of adaptation.
Principal Investigator
Examining socio-economic flood vulnerability across sixteen highly flood-affected districts of Bihar. The project combines hazard information, field evidence and GIS-based multi-criteria analysis to develop village-level vulnerability models and a composite atlas.
India Principal Investigator · LMU Munich collaboration
Examining transformation decisions for urban adaptation and sustainability under environmental and socio-economic change. My work focuses on urban climate risk, participatory scenario-downscaling and adaptation pathways in Mumbai.
03 / Selected publications
10+ peer-reviewed journal articles.
Selected work across methods, vulnerability and adaptation.
npj Climate Action
International Journal of Disaster Risk Reduction
Habitat International
04 / Teaching & supervision
My postgraduate teaching connects geospatial methods with water resources, disaster risk and decision science. I encourage students to question data limitations, modelling assumptions and uncertainty, and to develop reproducible analyses grounded in real problems.
Teaching and supervision16 Master’s dissertations supervised
One Ph.D. scholar registered in July 2026.
Supervision record as of September 2026.
05 / Academic background
I completed my Ph.D. in Urban Science and Engineering at IIT Bombay in 2020. My doctoral research brought together remote sensing, environmental assessment and multi-criteria decision analysis for land-use planning in coastal urban regions.
My academic path connects computing, environmental systems and geospatial science. Alongside research and teaching, I contribute to curriculum development, academic coordination and institutional governance.
Excellence in PhD Research Award · IIT Bombay
Award cycle 2018–2020
Centre for Water Policy and Governance, TISS
Tata Institute of Social Sciences
Jamsetji Tata School of Disaster Studies, TISS
School of Habitat Studies
Tata Institute of Social Sciences
Deonar, Mumbai 400088, India