Dr. Abhijeet Das is a civil engineer and researcher specializing in water resources engineering, hydrology, and environmental sustainability. His work integrates advanced modeling, geoinformatics, and machine learning for addressing pressing issues in watershed management, flood and drought analysis, and water quality control. He has contributed to collaborative research with institutions in India and abroad, focusing on innovative solutions for sustainable resource management. With a strong academic and professional foundation, Dr. Das combines technical expertise with practical consultancy experience, striving to bridge engineering science with applied environmental solutions for societal benefit and ecological resilience.
Education
Dr. Abhijeet Das completed his Ph.D. in Water Resource Engineering from C.V. Raman Global University, Bhubaneswar, where his research emphasized hydrological modeling, simulation-optimization, and climate change impacts. His M.Tech in Water Resource Engineering from Biju Patnaik University of Technology (CET, Bhubaneswar) equipped him with advanced skills in watershed hydrology, water quality assessment, and geoinformatics applications. He began his academic journey with a B.Tech in Civil Engineering from BPUT, Cuttack, gaining a solid foundation in structural and environmental engineering. His education is marked by consistent academic excellence, a strong focus on interdisciplinary learning, and specialized expertise in hydrology and water management.
Professional Experience
Dr. Das has accumulated over a decade of diverse experience in teaching, consultancy, and research. He served as a faculty member at IGIT Sarang and CET Bhubaneswar, where he mentored students and engaged in water resources research. His consultancy experience at Madhu Smita Design & Engineers Studio involved practical applications of geotechnical and hydrological expertise in infrastructure projects. Additionally, he worked with A.B. Consultancy in Bhubaneswar, gaining early professional exposure. Internationally, he collaborated with institutions in Tunisia, Lebanon, Oman, UK, USA, South Africa, and Syria on water resource and GIS-based projects, broadening his technical and cross-disciplinary research expertise.
Awards and Recognition
Dr. Das has earned recognition through his active participation in international and national conferences, workshops, and faculty development programs across premier institutions. He has presented and attended programs on cutting-edge civil engineering themes, including flood modeling, smart city infrastructure, AI-driven hydrology, and sustainable water management. His innovative research contributions have been acknowledged through patents filed in India, reflecting his drive for problem-solving and applied engineering innovation. Additionally, his selection in prestigious technical training programs and collaborations with international experts highlights his recognition as a promising researcher in civil and environmental engineering with global outreach.
Research Skills
Dr. Das possesses expertise in watershed hydrology, hydrological extremes, and climate change assessment. His skills span advanced modeling using HYDRUS, MIKE+, and GIS-based multi-criteria decision-making for water resource optimization. He integrates artificial neural networks, fuzzy logic, and machine learning for predictive analysis in hydrology and water quality monitoring. His research also involves geoinformatics, simulation-optimization, and environmental impact assessments. By blending numerical modeling with remote sensing applications, he addresses challenges in sustainable water management. These multidisciplinary skills allow him to contribute to projects at the interface of engineering, environment, and technology, advancing research in climate resilience and water security.
Publications
Chavoshi, E.*, Khademi, H., & Noorbakhsh, F. (2004). “The Effect of Land Use Type and Landscape Position on Soil Alkaline Phosphatase Activity.” Iranian Journal of Agricultural Sciences.
Chavoshi, E.*, Afyuni, M., & Hajabbasi, M.A. (2015). “Fluoride Uptake by Spinach and Alfalfa in a Calcareous Soil.” Journal of Science & Technology of Agriculture & Natural Resources, Water and Soil Science.)
Chavoshi, E.*, Afyuni, M., & Hajabbasi, M.A. (2015). “Simulation of Fluoride Transport in a Calcareous Soil Using HYDRUS-1D.” Journal of Science & Technology of Agriculture & Natural Resources, Water and Soil Science.
Chavoshi, E.*, Afyuni, M., & Hajabbasi, M.A. (2015). “Fluoride Sorption-Desorption and Isotherm Hysteresis in a Calcareous Soil in Isfahan.” Journal of Science & Technology of Agriculture & Natural Resources, Water and Soil Science.
Barin, M., & Chavoshi, E.* (2017). “Risk Assessment of Zinc and Copper Exposure in Rice, Wheat and Soil around Irankooh Mine in Isfahan.” Journal of Soil Management and Sustainability.
Arabi, Sh., & Chavoshi, E.* (2019). “Risk Assessment of Pb and Cd on Human Health in Agricultural Lands around Irankooh Mine in Isfahan Province.” Journal of Water and Soil Science .
Chavoshi, E.*, Afyuni, M., & Hajabbasi, M.A. (2017). “Spatial Distribution of Water-Soluble Fluoride in the Agricultural, Uncultivated, Urban and Industrial Regions of Isfahan Province.” Journal of Water and Soil Science.
Fakheri, M., Ahmadi Nadoushan, M., & Chavoshi, E. (2020). “Estimating Soil Organic Matter in Semirom Area by Using Satellite Images.” Iranian Journal of Soil Research.
Conclusion
Dr. Abhijeet Das represents a new generation of civil engineering researchers dedicated to sustainable solutions for water resources management. His academic achievements, practical consultancy roles, and international collaborations underline his adaptability and vision in addressing complex hydrological challenges. With a strong foundation in civil and water resource engineering, supported by advanced skills in geoinformatics and artificial intelligence, he contributes to building resilient systems for society and the environment. His patents, publications, and training reflect a commitment to innovation and knowledge dissemination, positioning him as a valuable asset for academia, industry, and interdisciplinary global research networks.