I am designing Monte Carlo variance reduction techniques and HPC algorithms for physical simulation and implementing them in Fortran and C++. I am experienced with Nuclear Engineering applications of such techniques to industrial shielding evaluations for safety analysis. The obtained results disprove the myth that Monte Carlo shielding calculations allegedly require a lot of time and computational resources.
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| Several hours (around 3--10 hours) long neutron and gamma dose rate computation results obtained on a dual-core Intel Core i3-5005U CPU @ 2.00GHz based laptop |
I am open to collaborations, primarily in the field of adoption and implementation of existing variance reduction techniques and the design of new ad hoc ones for specific particle transport Monte Carlo codes, but I am also interested in developing new fields, such as path-tracing rendering.