Summary
Manoj Warrier is Head of the Computational Analysis Division at Bhabha Atomic Research Centre with three decades of research experience in computational physics and a Ph.D. (Suma Cum Laude) from the International Max-Planck Research School on Bounded Plasmas. He builds and oversees multi-scale models—combining Molecular Dynamics and various Monte Carlo methods—to predict material behavior, device performance, and plasma–surface interactions from tokamak divertors to industrial plasma systems. His Ph.D. work on hydrogen diffusion in 3D porous graphite exemplifies his strength at linking atomistic dynamics to mesoscale kinetics via coupled MD and Kinetic Monte Carlo approaches. A seasoned educator, he has developed and taught advanced coursework in MD and Monte Carlo methods and currently supervises multiple Ph.D. students while co-guiding several others. With about 65 peer-reviewed publications, Manoj blends deep theoretical insight with practical modeling for R&D and industrial applications, often translating plasma modeling techniques into computational materials science. Based in Andhra Pradesh, India, he combines long-term institutional leadership with hands-on simulation craft rarely seen at this scale.
7 years of coding experience
Ph.D, Computational Physics, Suma Cum Laude, Ph.D, Computational Physics, Suma Cum Laude at International Max-Planck Research School on Bounded Plasmas, Greifswald, Germany
Masters, Physics, Masters, Physics at University of Hyderabad