Dr. Dimitar Iliev

• In the development and validation Team for the Fortan based simulation code COCOSYS used for alanysis of severe accidents in nuclear power plants • Research and development for thermal hydraulics models: counter-current flow effects, boiling, free and turbulent convection • Verification and validation of existing models

• Development of C++ and MATLAB software for grid generation • Supervising working students • Working on industrial project

Subject “Numerical Methods”, Bachelor’s class

Subject “Data Structures and Programming”, Bachelor’s class

MPI parallel computing with C++; Hands on experience with a Blue Gene P cluster

Grade: Very good 1.0; Topic: Numerical Methods for Fluid Interaction with a Thin Porous Structure; Five publications in journals and proceedings; Improved C, C++, MATLAB, COMSOL Multiphysics, VisIt and ParaView skills; Attended and presented at multiple international scientific conferences

CFD and fluid-structure interaction simulations using COMSOL Multiphysics

Grade: Excellent 6.0; Nine publications in journals and proceedings; Attended multiple national conferences; Subjects including: Non-linear Mathematical Models, Mathematical models in Physics, Hydrodynamics, Finite Element Method: Algorithmic Foundations and Theory of Finite Difference Schemes

Grade: Studies: Excellent 5.88; State Exam: Excellent 6.0; Subjects including: Mathematical Analysis, Mathematical Modeling, Probability Theory and Mathematical Statistics, Numerical Analysis, Mathematical Programming, Object-Oriented Programming with Java and Parallel Algorithms

Grade: Excellent 5.91; Member of the school’s mathematics competition team; Participation in the European Contest for Young Scientists, Stockholm, 2006