Avinash N. Parde
Frederick University, Indian Institute of Tropical Meteorology, Savitribai Phule Pune University, Centre for Development of Advanced Computing
0000-0001-5158-3187
About
Dr. Avinash Parde is an atmospheric scientist specializing in operational forecasting, data assimilation, and numerical modeling. His PhD focused on advancing fog prediction over the urban Delhi NCR using innovative data assimilation techniques. He played a key role in developing the operational Ensemble Probability Fog Forecast System (EPFS) for six major airports in the Indo-Gangetic Plain, providing probabilistic visibility forecasts. He also implemented the WRF-UACM urban model for real-time fog forecasting over Delhi and developed an aerosol-based visibility parameterization within the WRF model tailored for the IGP region. As an active member of the WiFEX field campaign, he integrates high-resolution observational data to enhance model performance. His research contributes to improving boundary layer meteorology, urban meteorology and developing effective decision support systems for extreme weather events.
Employment
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Frederick University Research Scientist2025 - Present
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Indian Institute of Tropical Meteorology Project Scientist - II2024 - 2025
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Indian Institute of Tropical Meteorology Senior Research Fellow2021 - 2024
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Indian Institute of Tropical Meteorology Junior Reserch Fellow2019 - 2021
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Centre for Development of Advanced Computing Project Engineer2019 - 2019
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Ebrosys Pvt. Ltd. Weather Data Analyst2015 - 2019
Education
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Savitribai Phule Pune University PhD2020 - 2025
Projects & Funding
Projects & funding information is unavailable.
Publications (32)
- Diagnosing and Conditionally Correcting X-Band Radar Underestimation in Cyprus: A Cross-Validated Evaluation of Spatial Merging and Machine Learning Approaches Save
- Physico‐Chemical Properties of Aerosols During Fog‐Haze Spell in Delhi: Observational Insights From WiFEX Field Campaign Save
- Role of High-Resolution Land Surface Representation in WRF Model for Forecasting Extreme Heatwave Conditions over Cyprus Save
- Improving aerosol-radiation interaction feedback in AIRWISE operational system Save
- Supplementary material to "Improving aerosol-radiation interaction feedback in AIRWISE operational system" Save
- Enhancing GNSS Water Vapor Retrieval via Synergistic Microwave Radiometry: Thermodynamic Error Diagnosis and Bias Correction Save
- Triple Collocation Analysis of GNSS, MWR, and Radiosonde Water Vapor Retrievals Across Dry and Wet Seasons: A 2025–26 Analysis at Nicosia, Cyprus Save
- Wintertime Intercomparison of Specific Humidity and Temperature Profiles Measured by Microwave Radiometer (MWR), Radiosonde, and INSAT‐3DR Sounder Over Delhi, India Save
- Simulation of Rainfall in Mumbai using Detailed Urban Morphology and the WRF-UACM Model Save
- Influence of Ground‐Based Microwave Radiometer Profile Assimilation on Fog Genesis Forecasts in the Winter Boundary Layer of Northern India Save