I specialized in flood modeling, disaster risk reduction, and environmental research. I apply scientific analysis and geospatial technology to help build safer and more climate-resilient communities.
I am an Environmental Scientist specializing in Disaster Risk Reduction, hydrological modeling, GIS, and climate risk assessment. With over four years of professional and research experience, I work at the intersection of environmental science, geospatial technology, and disaster resilience to support evidence-based decision-making and sustainable development.
My academic background includes an MSc in Environmental Science (Disaster Risk Reduction) from Tribhuvan University, where I conducted hydrodynamic flood hazard modeling in the Mohana–Khutiya River Basin using HEC-RAS. My research interests focus on flood risk assessment, watershed management, climate change adaptation, river dynamics, and geospatial applications for environmental planning.
Throughout my career, I have collaborated with government agencies, universities, NGOs, and international organizations, including NDRRMA, CRS, RECOFTC, OXFAM, WECS, and Tribhuvan University. My work has involved flood hazard modeling, GIS-based spatial analysis, disaster information management, watershed assessment, climate vulnerability studies, and community-based environmental research across Nepal.
I have contributed to several peer-reviewed scientific publications in the fields of flood risk, glacial lake outburst floods (GLOFs), soil erosion, climate-smart agriculture, watershed management, and environmental hazards.
Currently, I am actively engaged in research on flood modeling, climate resilience, watershed processes, and geospatial applications for environmental management. My goal is to contribute scientific knowledge and practical solutions that strengthen disaster preparedness, environmental sustainability, and community resilience in Nepal and beyond.
View all publications on Google Scholar
My visits to the Kankai, Babai, and Mohana Khutiya River Basins have shown me that floods are more than hydrological events. They affect communities, livelihoods, infrastructure, and local ecosystems. Through field observations and interactions with local residents, I have gained valuable insights into flood impacts, river dynamics, and community resilience, which continue to shape my research and professional work.
Behind every flood model lies extensive fieldwork and data collection. From surveying river channels and flood prone areas to validating model outputs, I have learned that successful flood hazard assessment requires both technical expertise and local understanding. Using HEC RAS and geospatial data, I translate real world observations into flood maps that support disaster preparedness and risk informed planning.
GIS has become an essential tool throughout my journey as an environmental scientist. Whether mapping flood hazards, analyzing watershed conditions, assessing climate risks, or supporting disaster information management, GIS helps transform complex environmental data into meaningful insights. It enables researchers, planners, and communities to make informed decisions for a more resilient future.
Address 1: Palungtar-08, Gorkha, Nepal (Permanent)
Address 2: Tarakeshwor-05, Kathmandu, Nepal (Recent)
Email: [email protected]
Call: +9779823308480/9849645830