LEADER of a team of people having the following scope of work and responsibilities:TROUBLESHOOTING - analyses of root causes of technical issues of company products that occur in terms of operation at power plants (the scope of work includes not only steam turbines but also the whole turbine halls). Preparation of Root Cause Analysis Reports together with proposals of issue solutions. Presentation of results of the analyses as well as the proposals together with successfulness of their implementation in front of customers as well as insurance companies (General Electric, E.ON, Siemens, Parsons Brinckerhoff, Comisión Federal de Electricidad, Burmeister & Wain Scandinavian Contractor, Kraftringen, Iberdrola, Avanzia, Sener, Dunor, West Bengal State Electricity Distribution Company Limited, etc.).FEM - analysis of thermal field and thermal deformation of steam turbine structures, analysis of rotordynamics of steam turbines and generators.Besides,CO-LEADER of European project Horizon 2020, TurboReflex (LCE-28-2017).MEMBER of EXECUTIVE COMMITTEE of Centre of Research and Experimental Development of Reliable Energy Production sponsored by Technology Agency.

LEADER of a team of people having the following scope of work and responsibilities:VIBRATIONS - Measurement and analysis of vibrations and other quantities of steam turbines and equipment in turbine halls with usage of the vibration and noise analyzer Dewetron and SW code Matlab. Troubleshooting on steam turbines and equipment in turbine halls connected with increased vibrations while operated. Utilization of various integral transforms implemented in the SW code Matlab for processing of vibrations as an alternative towards the Fourier transform.ROTORDYNAMICS - FEM and experimental analysis of rotordynamics of steam turbines and generators. Experimental analysis of dynamics of foundations. Implementation of SW codes of Romac for analysis of properties of journal as well as thrust bearings in cooperation with University of Virginia, Charlottesville, USA. Design of unified tilting pad journal and thrust bearings for industrial steam turbines in cooperation with the company GTW Bearings s.r.o.Besides,PROJECT MANAGER of the R&D project "Rotordynamics and Diagnostics".MEMBER of EXECUTIVE COMMITTEE of Centre of Research and Experimental Development of Reliable Energy Production sponsored by Technology Agency.

RELIABILITY - Implementation of a new process for monitoring and assessment of reliability of company products based on theory of probability and statistics. The implementation included development of a SW code for the monitoring and assessment (Firebird, Apache, MySQL, PHP). The development was carried out in cooperation with Department of Mathematics, Faculty of Mechanical Engineering, Czech Technical University in Prague. Implementation of conditions for reliability guarantee in terms of contracts with customers and suppliers.VIBRATIONS - Measurement and analysis of vibrations and other quantities of steam turbines and equipment in turbine halls with usage of the vibration and noise analyzer Oros and SW code Matlab. Troubleshooting on steam turbines and equipment in turbine halls connected with increased vibrations while operated.ROTORDYNAMICS - FEM analysis of rotordynamics of steam turbines and generators.

PROJECT "Reliability and Economy of Ancillary Services" - the work on this project consisted of research and development in the area of probabilistic and statistical modelling of electricity transmission grid operation from the technical as well as economical points of view. The activities included analysis of time series of the operation and consequent synthesis of models of the series. Finally, the whole model of the operation served for calculation of power reserves of ancillary services that are utilized for control of electricity transmission grid. The fundamental input of the calculation was the required reliability of grid operation. The SW codes Matlab and Simulink were employed for programming and implementation of developed models.

Research and development in two areas: 1. non-linear observer and control design with usage of Lie algebra and differential geometry 2. filter design with usage of theory of linear dynamic systemsResults of the work were published in international scientific journals and presented at international scientific conferences.