:PhD at EPFL Lausanne on simulated diffuse scattering of an organic crystal
structure.
Postdoc at UMASS Amherst on implementation of the Frenkel-Ladd method to
compute the Gibbs free energy of of silica polymorph.
I did a second postdoc at the University of the Chinese Academy of Science
on predicting new Boron Nitrid crystal structures; also, on implementing the
Libxc library of exchange-correlation functionals in Quantum Espresso.
Academic background in the field of scientific computing, especially in material
modeling.
Competences in code development in C and Fortran90.
Experience in MPI and OpenMP libraries, High Performance Computing, and
scripting (Python, Linux Shells).
Good knowledge of Linux operating system and HPC environment.
Beside code development using solid states physics (classical, DFT) and
computational chemistry software.
Right now I'm monitoring, optimizing, and parallelizing HPC users code in the Center for HPC
at Shanghai Jiao Tong University.
:PhD at EPFL Lausanne on simulated diffuse scattering of an organic crystal
structure.
Postdoc at UMASS Amherst on implementation of the Frenkel-Ladd method to
compute the Gibbs free energy of of silica polymorph.
I did a second postdoc at the University of the Chinese Academy of Science
on predicting new Boron Nitrid crystal structures; also, on implementing the
Libxc library of exchange-correlation functionals in Quantum Espresso.
Academic background in the field of scientific computing, especially in material
modeling.
Competences in code development in C and Fortran90.
Experience in MPI and OpenMP libraries, High Performance Computing, and
scripting (Python, Linux Shells).
Good knowledge of Linux operating system and HPC environment.
Beside code development using solid states physics (classical, DFT) and
computational chemistry software.
Right now I'm monitoring, optimizing, and parallelizing HPC users code in the Center for HPC
at Shanghai Jiao Tong University.
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