Prof. Arunangshu Mukherjee is a distinguished hydrogeologist, groundwater scientist, and academic leader with over three decades of professional experience in groundwater investigation, hydrogeology, water resource management, and environmental sustainability. He currently serves as Director, Centre for Advanced Water Technology and Management (CAWTM) at Manav Rachna International Institute of Research and Studies (MRIIRS), Faridabad, a position he has held for the past nine years.

Prior to joining academia, he rendered 24 years of dedicated service in the Central Ground Water Board (CGWB), Government of India, including three years with the Upper Yamuna River Board under the Ministry of Water Resources, River Development & Ganga Rejuvenation. Throughout his career, he has contributed significantly to groundwater exploration, aquifer characterization, artificial recharge, GIS-based hydrogeological investigations, urban water management, and sustainable groundwater governance.

Research Expertise & Scientific Contributions

Prof. Mukherjee's research focuses on:

• Groundwater hydrogeology and aquifer management
• Managed Aquifer Recharge (MAR)
• Urban groundwater sustainability
• Groundwater depletion and climate resilience
• Rainwater harvesting and artificial recharge
• Hydrogeological investigations for mining and industrial projects
• Geogenic arsenic contamination
• GIS and geospatial applications in groundwater assessment
• Water-energy nexus and groundwater governance
• Sustainable urban water management
• Karst hydrogeology

His research has significantly influenced groundwater management policies, urban water security, and hydrogeological practices in India.

Publications & Scholarly Achievements

Prof. Mukherjee has established an outstanding publication record over the past two decades.

His scholarly accomplishments include:

• 39+ research papers in reputed international and national journals and conference proceedings.
• Publications in high-impact journals including:
  • Journal of Geology
  • Applied Water Science
  • Discover Geoscience
  • Water and Energy Nexus
  • Earth System Science
  • Springer book chapters
• Editor/Author of four important books on groundwater management and hydrogeology.
• Numerous technical reports, groundwater maps, hydrogeological investigation reports, and consultancy documents.
• Research addressing groundwater sustainability, urban flooding, aquifer recharge, arsenic mitigation, hydrogeological modelling, and groundwater quality.

His work bridges scientific research with practical implementation for sustainable water resource management.

Research Projects & Consultancy

Prof. Mukherjee has successfully led numerous government-funded, international, and industrial research projects, including those supported by:

• USAID
• Department of Science & Technology (DST)
• NCSTC
• CAIRN Oil & Gas
• Maruti Suzuki Foundation
• Government of Haryana
• Atal Bhujal Yojana
• Central Ground Water Authority (CGWA)

He has directed projects involving:

• Smart city groundwater management
• Urban flood mitigation
• Aquifer monitoring
• Rainwater harvesting
• Water literacy
• Mining hydrogeology
• Environmental impact assessment
• Sustainable groundwater governance

He has also completed an impressive portfolio of consultancy assignments for mining, industrial, and infrastructure sectors across India.

Awards & Honors

Prof. Mukherjee has received numerous prestigious recognitions, including:

• INC–IAH Award (2015) for Excellence in Groundwater Investigation and Management
• Aqua Excellence Award (2020) for Individual Professional Excellence
• National Tomato Grand Challenge Winner (2024)
• Best Paper Award (Water Sciences Section)
• M.P. Young Scientist Award in Geology (1990)
• Vice Chancellor's Star Performer Award (2020) for Research
• Vice Chancellor's Star Performer Award (2025) for Project Execution
• Grade-A recognition from CGWB Headquarters for outstanding hydrogeological investigation reports

These honors reflect his sustained excellence in groundwater science and applied research.

Academic Leadership & Mentorship

As Director of MRCAWTM, Prof. Mukherjee has played a pivotal role in:

• Establishing advanced groundwater research facilities
• Capacity building for government officials
• Promoting interdisciplinary water research
• Supervising young researchers and postgraduate students
• Developing industry-academia collaborations
• Guiding consultancy and sponsored research projects

His mentorship has resulted in students receiving Best Paper Awards at international scientific conferences.

Professional Impact

Prof. Mukherjee has made significant contributions toward:

• Sustainable groundwater governance
• Smart city water management
• Managed aquifer recharge technologies
• Groundwater quality assessment
• Urban water resilience
• Climate adaptation strategies
• Hydrogeological investigations for mining and infrastructure
• Policy support for groundwater conservation

His work has had direct societal impact by supporting government agencies, industries, and communities in sustainable water resource management.

Major Achievements

• Over 33 years of professional experience.
• 24 years of Government of India service in CGWB.
• Director of CAWTM, MRIIRS.
• 39+ peer-reviewed publications and conference papers.
• 4 edited books on groundwater and hydrogeology.
• Numerous technical reports and groundwater assessment studies.
• Principal Investigator and Consultant for multiple national and international projects.
• Recipient of several prestigious scientific awards.
• Internationally recognized expert in groundwater science, hydrogeology, and water sustainability.

Eligibility for the Nobel Researcher Award

Based on his distinguished academic career, extensive government service, internationally recognized research, high-impact publications, leadership of major funded projects, influential consultancy work, scientific innovation in groundwater management, editorial contributions, and sustained excellence in hydrogeology and environmental sustainability, Prof. Arunangshu Mukherjee is highly eligible for the Nobel Researcher Award under the Scientific Laurels.

His career demonstrates outstanding contributions to groundwater science, sustainable water resource management, climate resilience, and applied hydrogeological research. His long-standing impact on scientific knowledge, policy implementation, professional leadership, and capacity building makes him a deserving candidate for this prestigious recognition.