My research interest is scientific understanding of hydrologic processes including changes in magnitude and frequency of rainfall events, floods, droughts and water resources under changing climates. This consists of analysis of climate data of different types for the past and future. In addition, I am interested in effective communication of research output via simple tools so that it benefits various stakeholders in the decision making.
floods, droughts, precipitation, climate & WRF models, hydrology, water resources, statistics
My research broadly focuses on how science, technology, and society shape each other. Much of my recent work has focused especially on environmental health governance, predominantly in urban settings. Ongoing projects include a focus on air pollution governance in Indian cities, climate resilience in smart city contexts, and cooling infrastructures in the face of rising temperatures.
climate resilence, urban cities, environment
We want to reduce the carbon footprint of the existing/upcoming communication networks. This includes designing greener cellular networks that save significant amount of energy by switching off less loaded base stations. We have been working on state-of-the-art energy efficient resource allocation techniques for cellular networks that achieve various trade-offs between energy, coverage, and throughput. We are highly interested in optimizing the device sleep cycle for improved energy savings and user experience.
Green cellular networking, Energy efficient resource allocation, base station sleeping, device sleep cycle optimization, energy-coverage-and-throughput analysis in communication systems
I am interested in assessing the impacts climate change may have on environmental/ecosystem health, and subsequently human health. The recent Nature papers explores these in terms of enhanced accumulation of toxincs in marine fishes. Other area of work is the study of elemental biogeochemical cycles, and impact of climate are important.
toxics in marine fishes, biogeochmical cycles, climate impact
Historical and future climates are simulated by setting up a suite of initial conditions and seeing how these conditions change when various factors, called forcings, are applied. For example, how does Earth’s surface temperature change if it receives more or less heat from the Sun? . We could win valuable time if solar activity declines and slows the pace of global warming a little.
One of my research interests include waste management and its positive impact on Climate change. This includes making positive technical interventions by reducing and recycing the waste and developing biodegradable materials including plastics. Further, we are interested in evaluating the larger impact of recycling the plastics over biodegradabilty including the carbon foot print.
Waste management, Plastics, Biodegradability, Recycling
My expertise includes estimation of CO2 emissions from primary energy sources and renewables, CO2 sequestration into geological strata and extracting heat from granties using CO2 as circulating fluid, renewable energy policy issues in MENA, (Middle East and North Africa) and GCC (Gulf Cooperation Council) countries, use of geothermal energy for desalination, collaboration with Monash University on high heat generating granites of India.
Carbon dioxide, Food-water-energy nexus, Renewable energy, Desalination, Food security
I am interested in assessing the effects (both positive and negetive) of wastewater treatment technologies and waste management practices on climate change.
wastewater treatment, waste management, sustainable development, renewable energy
I work in the area of traffic operations and modeling. Currently I am diversifying my research to estimate vehicular carbon emissions and how it varies depending on the mode of travel, traffic flow, infrastructure and driver behaviour using parametric and non parametric approaches.
Carbon emission, traffic modeling, simulation, emission modeling, driver behaviour
My research in the broad area of fluid dynamics. In the past, I have worked on the stability of large scale terrestrial vortices such as the polar vortex. My group primarily carries out experimental, theoretical and numerical studies in interfacial and multiphase flows. I am also part of a large multi-IIT collaboration which aims to improve rainfall estimation using ground-based and satellite-based radars. This collaboration hopes to reduce empiricism that is usually associated with rainfall estimation.
Hydrodynamic stability, Geophysical Fluid Dynamics, Rainfall esimation
My research interests include: Quantifiction of GHGs using eddy-covariance flux measurements, Impact of climate change on soil-water-crop nexus, Improving water use efficiency in the context of climate change.
ground water, agriculture, remote sensing, GIS
Scientific understanding of evolution and meaning of life on Earth; Earth System Science; Understaning the natural (astronomical and geological) and anthropogenical causes of climate change and their interrelationships; possibility of evolution of biosphere and planetary atmosphere in other planets in and outside of solar system, Climate change on Earth over broad spatial and temporal scales.
My research interest lies in the interface of data analysis and optimization. Data analysis includes data based modeling, feature extraction, clustering based unsupervized learning from time independent and time series data of any process related to climate change using AI/ML. Optimization includes optimization under uncertainty, hyper parameter optimization of AI/ML based techniques, supply chain optimization of biofuel based economy including emission effects on climate change, surrogate modeling of computationally expensive models.
Time series modeling, hyper parameter optimization, optimization under uncertainty, time series clustering, bio-supply chain, surrogate optimization
Solution Processed Solar Cells: We design and implement novel photoanode and counter electrode architectures and modify the hole transport layer with efficient components capable of delivering high power conversion efficiencies, comparable to that of DSSCs (>10%). Lithium based batteries: We are also developing high performance Li-S and Li-Se batteries with unique cathodes to attain a good compromise between rate capability, cycle life and performance. High Performance Supercapacitors Based on Carbon Nanostructures are also being implemented.
My research interest is majorly focussed on sustainable waste management with special emphasis on resource recovery from waste, in short Waste to Energy. I would like to focus on carbon emissions and carbon balance especially from trafic and different biochemical processes that can use emitted carbon as a resource to produce value added products. Briefly, my research is a part of the mitigating or taking precautionary measures to combat climate change.
Carbon balance, carbon emission, waste to energy, bioelectrochemistry, resource recovery from waste, waste management
My primary area of research is in the area of interfacial and multiphase flows with special emphasis on computer modelling of such flows. I have developed multiphase CFD solvers to simulate spray, atomization and combustion of alternative fuels, estimate emissions for different combustor configurations, solid-liquid multiphase systems, high fidelity turbulence modelling, etc.
Research expertise: Optical Spectroscopy characterization of energy conversion materials. Our research is inclined towards mitigation techniques. To this end our group focuses on investigation of various Organic molecules/semconducting polymers with application in Organic Solar Cell devices. Strong expertise in developing various Optial instrumentaion for different kinds of applications.
My research is broadly on parallel and distributed systems. In the context of climate change, I am interested in scaling up of simulations for weather modeling using parallelization. Specifically, I am interested in scaling up of weather prediction models in the context of 3D and 4D Var models.
Scaling up & efficiency of simulations, parallelization, 3D & 4D Var
Replacing fossil oil with renewable carbon neutral biofuels and improving the efficiency of IC engine and aircraft engines while running on these biofuels will aid us in decreasing GHG emissions from the transporation sector.I seek to characterize the combustion and emission properties of novel biofuels to assess their suitability in engines, gas turbines and rockets. My research is a mix of theoretical work related to fuel chemical mechanism development as well as experimental studies to gather data for validation and testing of these novel biofuels.
biofuels, chemical kinetics, emission kinetics, combustion, flames
Machine learning and statistical data analysis . I am interested in applying Bayesian, frequentist and informatical theoretical techniques to analyze data, used for climate change studies. I have worked on statistical analysis of precipitation data in various Indian cities, using modern regression and model comparison techniques. I look forward to applying these techniques to other ancillary data.
Statistics, Bayesian analysis, Regression, Model Comparison, Precipation studies
I work in the field of contaminant transport modeling, Impact of climate change on water resources, Eco-hydrology and ecosystem services. I would like to focus on mathematical modeling of disease spread in various aquatic systems and watersheds under future climate.
contaminant transport, eco-systems, water resources, climate models
(1). Development of Sustainability Assessment Method for Buildings and Products: For addressing systemic
impact, there is an urgent need for developing proper design guidelines and practices; and formulate methods for assessment of sustainability in built
(2). Design of Micro Habitation for Urban areas: To propose habitation solutions for floating population in urban settings.
(3). Lifecycle Analysis (DS 4033) : Lifestages based impact assessment is needed for adopting methods to improve on impacts.
Sustainability Assessment Methods, Lifecycle Analysis, Micro-Habitation Design, Impact Assessment, Design for Sustainability, Systemic Analysis
Air pollution abatement- incinerators for handling large volume of flue gases, CO2 activation by conventional/unconventional approaches, Advanced oxidation process for water treatment. Photoelctrochemical cells for water splitting.
My research interests are in multimedia quality assessment and machine Learning. I am interested in building machine learning models that aid climate related research, for example, deep learning models that identify climate patterns from satellite images or models for simulation/forecasting of a few climate variables accounting for uncertainty.
Image processing, Machine learning, Climate models, data and products
My research interests lie in machine learning, deep learning and computer vision (within the broader realm of Artificial Intelligence). Our group focuses on both fundamental and applied advancements in these areas. Among applications to other areas, we are interested in the use of machine learning and deep learning in agriculture, through analysis of images and videos, for problems such as plant phenotyping.
Artificial Intelligence, computer vision, deep learning, agriculture, plant phnotypnig