Paris, France
+33 614744006
Technical Skills
- Computer Languages:
- C
- C++
- Python
- Java Script
- High Performance Computing
- HPC Programming C/C++
- Cuda
- OpenMP
- MPI
- Performance Analysis
- Super Computer Scheduling
- Compiler Design
- Lexer, Parser Development
- Graph Analysis
- Mathematical foundations
- Algorithms
- Data Structure
- Low Level Database management
- Block-based & Cell-Based AMR Data Structure
- Surface Mesh (Half Edge Mesh)
- Computational & Data Analysis:
- Python programming for Image Processing
- Presentation & Communication:
- Strong scientific reporting and presentation skills
Achievements
Languages
- English, Malayalam - Fluent
- French - Intermediate
Profile
I hold a PhD in Computational Fluid Mechanics with a strong focus on developing innovative computational tools and open-source software for advanced fluid dynamics simulations. My expertise spans across fluid modeling, numerical methods, and high-performance computing. I am passionate about research that drives technological advancements in the field, with a particular interest in optimizing and refining computational algorithms.
Experience
Doctor Of Philosophy (PhD)
"Numerical Simulations of Cavitation In Blood Vessels Using Parallel Front Tracking Method" - Supervisor : Dr. Stephane Zaleski
- Research addresses targeted drug delivery using acoustic cavitation of microbubbles, modeled via immersed boundary + front tracking methods for compressible multiphase flows and fluid–structure interactions. - The approach is embedded in an adaptive mesh refinement (AMR) framework to capture complex, localized phenomena efficiently. - Designing scalable partitioning strategies for Eulerian (AMR) and Lagrangian (surface mesh) data structures, ensuring efficient parallel communication. - A new Lagrangian mesh partitioning scheme, integrated with a front-tracking, VoF-based All-Mach solver handling compressibility and surface tension.
Research Project
"Optimization of Surface Mesh Partition for Interfacial Flows" - Supervisor : Dr. Stephane Zaleski
- Optimisation of mesh partition startegies and communication strategies in interfacial flow simulations involving both surface and volume meshes
Education
MTech, Mechanical Engineering
"Simulation of Interfacial Flows using Block-based AMR Meshes" - Supervisor : Dr. Gourav Tomar
Contact Reference
1. Dr. Stephane Zaleski
Sorbonne University, UPMC Campus, Paris
stephane.zaleski@sorbonne-universite.fr
2. Dr. Stephane Popinet
Sorbonne University, UPMC Campus, Paris
popinet@basilisk.fr
3.
Dr
Professor, Department of Mechanical Engineering.
IISc Bengaluru,
gtom@iisc.ac.in