Alexey Akimov is an Associate Professor of Chemistry at the University at Buffalo with 13 years of experience developing theoretical and computational methods for quantum dynamics. He specializes in non-adiabatic and semiclassical approaches, extended and non-Hamiltonian dynamics, and scalable electronic-structure/dynamics algorithms applied to charge and energy transfer in photovoltaic and photocatalytic materials. His work spans method development, efficient code implementation, and large-scale simulations of processes such as exciton multiplication and loss of coherence in functional nanomaterials and biological systems. Alexey combines academic leadership with hands-on numerical engineering—his trajectory includes postdoctoral and research roles at Brookhaven, USC, and Rochester—bringing both deep theoretical insight and practical computational impact. He often pursues hybrid semiempirical/tight-binding strategies to make quantum dynamics tractable for large systems, reflecting a pragmatic focus on bridging accuracy and scale.
12 years of coding experience
11 years of employment as a software developer
OSG Summer School 2011
Ph. D., Chemistry, Ph. D., Chemistry at Rice University
Contributions:154 commits, 205 pushes, 3 branches in 2 years 3 months
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