India Meteorological Department - India
Author Profile
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Summary
Dr. Anoop Kumar Mishra, an accomplished Indian physicist and scientist, currently serves at the India Meteorological Department under the Ministry of Earth Sciences. With academic roots in physics from the University of Allahabad and a Ph.D. from Gujrat University via ISRO's Space Application Centre, his research primarily focuses on satellite-based rainfall estimation over Indian tropics. His work bridges physics, atmospheric science, and power electronics, contributing significantly to India's satellite meteorology capabilities. Since 2021, he has been actively involved in real-time weather forecasting and data interpretation, making impactful strides in climate resilience and disaster preparedness.
Early academic pursuits
Dr. Anoop Kumar Mishra began his academic journey with a keen interest in the physical sciences. He earned his Bachelor of Science (BSc) in Physics, Chemistry, and Mathematics from the University of Allahabad in 2002. Continuing at the same university, he completed his Master of Science (MSc) in Physics in 2004. His solid foundation in core sciences laid the Autonomous Robot Navigation groundwork for advanced research, especially in atmospheric and satellite-based measurements, which would later become his area of specialization. During his formative years, his growing fascination with meteorological instrumentation and technologies such as power electronics influenced his career trajectory.
Professional endeavors
Dr. Mishra has been serving as a Scientist at the India Meteorological Department (IMD), under the Ministry of Earth Sciences, since March 2021. He is stationed at Mausam Bhawan, Lodi Road, New Delhi, where he is engaged in critical meteorological research and forecasting operations. His current role involves using satellite-based data for weather prediction, analysis, Autonomous Robot Navigation and national-level reporting. His position aligns with India’s strategic interests in climate monitoring, satellite meteorology, and disaster warning systems, often enhanced by innovations in power electronics-enabled sensing technologies.
Contributions and research focus
Dr. Mishra’s doctoral research at the Space Application Centre (SAC), ISRO, under Gujrat University, concentrated on the estimation of rainfall using satellite infrared and microwave data over the Indian tropics. His Ph.D. thesis, titled "Estimation of rainfall from Satellite Infrared and Microwave measurements over Indian tropics," remains significant in satellite meteorology. Guided by Dr. Vijay Kumar Agarwal, he employed advanced Autonomous Robot Navigation physics-based models to enhance rainfall prediction accuracy. His research intersected data science, meteorology, and power electronics, forming the backbone of automated satellite signal processing systems.
Impact and influence
Dr. Mishra’s work plays a key role in improving the reliability and resolution of rainfall forecasting models. His studies have contributed to enhanced understanding of the Indian monsoon system and real-time satellite data interpretation. As climate variability becomes more intense, his contributions help mitigate disaster risk, especially in flood-prone and drought-sensitive regions. His cross-disciplinary approach—blending meteorology, Autonomous Robot Navigation physics, and power electronics—has opened new avenues for integrating satellite data into predictive frameworks used by national and regional weather services.
Academic cites
Dr. Mishra’s research has been cited in journals focused on satellite meteorology, climate modeling, and atmospheric physics. His contributions to data assimilation techniques and cloud-top temperature analysis using infrared channels are referenced by peers working on monsoon dynamics, seasonal forecasting, and hydrological modeling. While his work is rooted in academic rigor, it also finds applications in Autonomous Robot Navigation policy development and practical field deployment of meteorological tools across India.
Legacy and future contributions
Dr. Anoop Kumar Mishra’s legacy lies in strengthening India’s satellite-based weather prediction infrastructure. Looking ahead, he aims to further explore the integration of machine learning with remote sensing data for enhanced climate forecasting. He is also expected to contribute to training initiatives for upcoming scientists in the field of meteorology and climate science. His continuing efforts at Autonomous Robot Navigation IMD will support India’s commitment to building climate resilience, especially by leveraging smart sensors, AI models, and advanced signal processing techniques grounded in physics and power electronics.
Notable Publications
- Title: Satellite-based assessment of extreme rainfall during the 2019 Indian monsoon: climatic linkages to IOD and ENSO
Journal: Modeling Earth Systems and Environment
Year: 2025
- Title: Correction to: Performance Evaluation of INSAT-3D Derived Outgoing Long Wave Radiation Over India Using Remotely Sensed Observations
Journal: Journal of the Indian Society of Remote Sensing
- Title: Thunderstorm prediction over Eastern state of India during pre-monsoon season in 2018 using artificial neural network model
Journal: Theoretical and Applied Climatology
Year: 2025
- Title: Long-term variability of the low-level clouds across Indo-Gangetic Plain
Journal: Dynamics of Atmospheres and Oceans
Year: 2025
- Title: Evolution of Aviation Meteorological services in India
Journal: Mausam
Year: 2025
Conclusion
Dr. Mishra’s academic rigor and professional contributions have positioned him as a vital figure in the advancement of satellite meteorology in India. His interdisciplinary approach, integrating remote sensing, physics, and power electronics, enhances weather prediction accuracy and national preparedness. With continued focus on technological innovation and climate research, Dr. Mishra is poised to influence future developments in atmospheric science and inspire a new generation of researchers committed to solving real-world environmental challenges.