Rodion Kalistsuk

In addition to previous tasks: - leading a small team of simulation engineers - managing a wider group of people who are a part of a Simulation Hub - Development and execution of: - system simulations for coupling electro-magnetics with mechanics (ANSYS Twin Builder) - rigid body dynamics with flexible parts for FMU generation (ANSYS Workbench) - computational optimization (ANSYS optiSLang)

Development and execution of: - non-linear static / dynamic structural simulations (ANSYS Workbench) - fatigue evaluation (Excel) - non-linear static / dynamic electro-magnetic simulations (ANSYS Maxwell) - electro-thermal analysis (ANSYS Workbench) - forming simulations using adaptive meshing (ANSYS Workbench)

Simulation of assembly process of electric fuel pump using non-linear finite element analysis. Work consists of setting up an efficient and robust simulation model, that includes non-linear contact, large deformations and non-linear material behaviour. Furthermore, a simulation guide is created, that describes all optimal simulation settings. All simulations are performed using ANSYS v16.2.

Performance of several complex static structural simulation series, involving highly non-linear analysis setups (frictional contact, large deformations, non-linear material behaviour). All simulations are performed using ANSYS v16.2.

Experimental and Numerical analysis of anchorage in masonry units. Research work involves use of in-house developed FEM solver (MASA) and FEMAP for pre- and post-processing.

Design, development and production management of painting and abrasive cleaning chambers and necessary equipment. Work involved dealing with pneumatics, ventilation, heating and high precision tools (i.e. engines, vacuum pumps).

Making technical drawings for production of conveyings lines, pipelines or large storage tanks (i.e. 25000 m3) for water, oil, gas or chemical goods.

Making sheet metal 3D models for production of kitchen equipment from stainless steel.

Computational Mechanics of Structures (linear & non-linear), Computational Mechanics of Materials and Material Modelling, Advanced Material Modelling (Concrete, Composites, Piezo-electric materials), Computational Methods for Shell Analysis, Modelling of Hydrosystems, Computational Design

Computer Aided Simulations, Theory and Analysis of Structures, Product Design and Material Technology, Project Management

All Mechanical Engineering (BSc) core courses