Objective

A challenging position that will utilize acquired skills, expertise and experience in project management, complex engineering and scientific problem analysis, quality application software development.

 Summary

• Expertise in developing of optimal solutions to diverse engineering and scientific problems, multidisciplinary team project management
• Advanced knowledge of physical and mathematical models, experimental data analysis, numerical methods and modeling with finite element, finite difference, multiquadric, spectral, integral equation and boundary element methods
• Highly-experienced in analysis and solution of problems in a variety of application areas: fluid flows, convective and diffusive heat and mass transfer, radiative heat transfer, filtration flows, stress analysis, static electric, magnetic and electromagnetic fields, quantum mechanics
• Experience in the development of large, industrial quality software for finite element, integral equation methods; 2D/3D mesh generation, visualization, pre- and post processing, animation
• Successfully completed research projects in the areas of laminar and turbulent heat and mass transfer, thermal vibrational convection, single crystal growth from melt and vapor, internal combustion engines, magneto-hydro dynamics, thermo-nuclear fusion, development of electro- and magneto-physical devices, accelerating structures for particle accelerators, biophysics of protein molecules in nonlinear solution.
• Proven ability to invent, develop and implement the numerical methods for application to the solution of challenging engineering and scientific problems
• Monitoring and evaluation of novel numerical methods, new physical theories for potential application to research area. Recent findings: Shishkin meshes, meshless radial basis function methods, numerical methods without saturation, method of difference potentials; generalized Boltzman equation, stochastic electrodynamics (ZPF) theory, low order turbulence models
• Skilled in use of Fortran77/90, Mortran, C, C++, code debuggers, Perl, HTML, Unix-shell, Pascal, Algol 68, BCPL, Basic, Plan, Asm, LaTeX, X-window, and a variety of application and system software on UNIX, DEC-VMS /ULTRIX, MS-Windows, Macs operating systems in heterogeneous networks
• Ability to execute a number of projects simultaneously
• Author or co-author of three books and over 60 other publications
• Reviewer for proposals, journal articles
• Dedicated and self-motivated research team leader/member of a team.

Employment experience

Education

1967-1973 Moscow Institute of Physics and Technology (Russian equivalent of MIT),
M.S. in Physics and Mathematics at Aerophysics and Space Research Department.

1977-1981 Institute for Problems in Mechanics, Russian Acad. Science, Moscow, Russia
Ph. D. in Computational Fluid Dynamics, Dynamics of Fluids, Gases and Plasma

Software developed

Selected publications

Back to Alex Fedoseyev Web page