At INRIA Bordeaux, France, I am working on development of digital twins under the European Union’s Horizon 2020 project called eFlows4HPC. In this project we are exploring the local Reduced Order Models (ROMs) and local metric-based anisotropic mesh adaptation for design optimization and control of industrial systems. This project has given me the opportunity to collaborate and understand new technologies, such as model reduction using AI/ML and hyper-ROMs, from our partners at CIMNE from Spain… Show more At INRIA Bordeaux, France, I am working on development of digital twins under the European Union’s Horizon 2020 project called eFlows4HPC. In this project we are exploring the local Reduced Order Models (ROMs) and local metric-based anisotropic mesh adaptation for design optimization and control of industrial systems. This project has given me the opportunity to collaborate and understand new technologies, such as model reduction using AI/ML and hyper-ROMs, from our partners at CIMNE from Spain and SISSA from Italy. We have achieved a few breakthroughs in the local parametric space optimization for industrial design. Show less

At IITK, I played a leading role in integrating the radiation module RRTM in a very high-resolution weather modelling software called NICAM (in FORTRAN programming language). Moreover, I have also developed multiple graphical tools and scripts written in Python, Java etc., to simplify the weather modeling and simulation pipeline.The second project was in collaboration with IIT Kanpur & University of Pittsburgh to simulate and analyze the spread of viruses in conference rooms during… Show more At IITK, I played a leading role in integrating the radiation module RRTM in a very high-resolution weather modelling software called NICAM (in FORTRAN programming language). Moreover, I have also developed multiple graphical tools and scripts written in Python, Java etc., to simplify the weather modeling and simulation pipeline.The second project was in collaboration with IIT Kanpur & University of Pittsburgh to simulate and analyze the spread of viruses in conference rooms during meetings. Here we numerically analyzed the effectiveness of masks & air-conditioning in large typical meeting room scenarios with many people talking, coughing and sneezing. Show less

Covered courses for Master level and UG level students in Computational Fluid Dynamics, High Performance Computing and Gas Dynamics.

In design department, working in integration with CFD & Structural engineers

Research and Development of Heavy Commercial Vehicles.