V Kotteda is a software engineer and computational scientist with ~10 years building high-performance multiphase CFD and pore-network platforms that scale across CPUs and GPUs using MPI, OpenMP, CUDA, and modern solver libraries (PETSc, Trilinos, AmgX). He has deep numerical and software expertise—FORTRAN/C/C++ core engines, Python tooling, CMake/GCC builds, and Git—applied to problems from shale gas recovery to water-braking and reacting multiphase flows. His work blends algorithmic advances (VOF, Eulerian–Eulerian/Lagrangian, FEM/FVM) with practical performance engineering and portability, including Kokkos-enabled solver integration and multi-petascale deployments. He’s delivered dramatic speedups and portability improvements to legacy solvers, and built data-driven surrogates (TensorFlow/Scikit-learn) that accelerate CFD workflows by orders of magnitude. Comfortable mentoring teams or working independently, he pairs academic rigor (PhD, IIT Kanpur) with hands-on product engineering at Brooks Instrument. A curious problem-solver, he often bridges legacy scientific code and next-gen HPC/ML frameworks to turn complex physics into deployable, high-throughput software.
9 years of coding experience
6 years of employment as a software developer
B.E, Mechanical Engg, 78.92/100, B.E, Mechanical Engg, 78.92/100 at Andhra University
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V Kotteda - Software Engineer at Brooks Instrument