Myroslav Zapukhlyak Email & Phone Number

Heidelberg, Baden-Württemberg, Germany

Biostatistical analysis of genomic data: DNA-Seq incl WGS, WES, targeted NGS data, RNA-Seq, differential gene expression analysis (DEA), gene set enrichment analysis (GSEA) , gene signature analysis etc; analysis of flow cytometry experiments; analysis of drug combinations (dose response, synergy); pharmacokinetic models and tumor growth models. (Matlab, R, Python, Mathematica, D, C++, etc)

Marburg

Computational biophysics, systems biology, enzyme kinetics. Cellulose hydrolysis modelling (Matlab, C++ , D, Fortran, Mathematica, R)

Hannover, Germany

Theoretical AMO physics, HHG in diatomic molecules, computational physics (Fortran, C, C++, Python, Mathematica)

Dresden, Germany

Research in theoretical atomic physics: electron dynamics in atoms under intense laser pulses; model development and large-scale cluster calculations.Photoionization in metallic cluster anions: DFT/TDDFT calculations, nonlinear numerical optimization, 1D inverse scattering, parallel software developmentin a multicore environment (Fortran and OpenMP, C++, Matlab/Octave, Mathematica).

Clausthal, Germany

Research in theoretical atomic and molecular physics. Theory development and modelling of electron dynamics in many-particle systems with the time-dependent density functional theory and the basis expansion methods. Development of scientific algorithms and software for the computer modeling and simulation of ion-atom scattering processes (Fortran, C, C++ with MPI and OpenMP, Matlab/Octave, Mathematica, Maple).

Clausthal, Germany

Computer simulation and calculation of diffusion processes in Fe-Cr-Al-compounds and material transfer in Fe-Ni-meteorites. Analysis of the experimental data, extraction of diffusion coefficients from the experimental diffusion profiles (Maple, Mathematica and Matlab/Femlab); software development for 1D/2D diffusion processes (PDE’s with C++, Diffpack)

Clausthal, Germany

IAESTE internship. Laboratory experiments on nature and anisotropic glasses involving homogeneity and refractive index measurements. Data analysis and digital image processing (Bash, AWK scripting, Mathematica, C).

Ivano-Frankivsk, Ukraine

Internship. Laboratory experiments on epitaxy of thin semiconductor films using physical vapor deposition from the AIV − BVI solid solutions. Production of thin semiconductor films and investigation of their thermoelectric properties; investigation of the thermoelectric figure of merit dependence on the temperature and relative concentration of the components and the effect of the environment during the growth process and of following treatments. Optimization of thermoelectric parameters (Maple, MS Excel, Mathcad).

Phd, Theoretical Physics, Summa Cum Laude

PhD Thesis: Insights into the atomic many-particle dynamics of scattering processes via ab-initio calculations.

Master'S Degree In Physics (Master Diploma With Honours), Solid State Physics, Excellent

Master thesis: Electric properties of thin films of PbTe, grown from the vapor phase.