Theoretical Focus:

• Numerical modelling of heat and mass transfer in buildings, components and systems of building services
• The development of my own computational programs for simulation of heat and mass transfer and convection:
• Software CalA
• Software RadiA
• CFD (Computational Fluid Dynamics) of heat and mass transfer in Fluent software ANSYS Fluent and CFX, preprocessing in software’s Gambit, ANSYS meshing, Fluent meshing.
• Energy savings in buildings.
• Optimization of hydrothermal microclimate of building.
• Psychometric calculations:
• HX diagram of moist air - computational program for civil engineering practice

Experimental Focus:

• Development and sale of digital device for measuring and temperature data recording – Measuring device T-store
• Participation with development of system for measuring and recording of electrical parameters - system SMEP
• Thermographic measurements and evaluations.
• Measurement and evaluation of internal microclimate of buildings.
• Measurement and functionality verification of systems of building services.

• 1997 – 2002   Master's degree in Civil Engineering, Brno University of Technology, Faculty of Civil Engineering.
• 2002 – 2003   Designer in a field of environmental engineering - energy audits, air-conditioning and heating, Domia art, s. r. o., Barvičova 4, 602 00 Brno
• 2003 – 2007 ( Ph.D. program ) Doctoral study program Civil Engineering - Building Construction, Brno University of Technology, Faculty of Civil Engineering, Institute of Building Services,
• 2005 – 2006 Internship at TU Wien,  Institut für Thermodynamik  und Energiewandlung , Austria
• 2006 – 2011:  Professor’s assistant at the Faculty of Civil Engineering, Institute of Building Services, Brno University of Technology.
• 2011 – 2012: Researcher in AdMaS research Centre
• 2012 – Associated professor at Brno University of Technology

• 2002 – Ing. (Equiv. MSc.), master thesis: "Air condition of clean spaces", graduated with honors
• 2005 – passed a doctoral exam in the field of Building Construction
• 2007 – PhD., dissertation: "Modelling of basic components of building services"
• 2012 – Associate professor in the field of Building Construction

• Teaching: Air-condition, Cooling of buildings, Thermo-mechanics, Modelling of building services systems, Fluid mechanics.
• Guarantor of subject: Cooling of buildings (BT55), Fluid mechanics (CT51). 
• Supervisor of bachelor and master's thesis.
• Supervisor of foreign students:
• Barbara Zastawny. 2008. Silesian University of Technology Gliwice. Poland.
• Pieter-Jan Steenbeke. 2013. University College Ghent. Applied Engineering Sciences. Belgium.
• Supervisor of awarded students works in international student scientific competition:
• 2017 - First place: Aliaksandra Mishuk
• 2015 - First place: Tomáš Král
• 2013 - First place: Petra Vojkůvková
• 2012 - 3rd place: Petra Vojkůvková
• 2011 - Second place: Michal Kysilka
• 2010 - First place: Martin Alexa
• 2008 - First place: Zbyněk Děckuláček
• 2008 - Second place: Jiří Šíma
• 2007 - Second place: Zbyněk Děckuláček
• Supervisor in doctoral study program P3607 Civil Engineering (FCE,BUT)
• Jiří Šíma - defended 2016 - Topic: Night cooling of buildings in the Czech Republic.
• Antonín Žák - defended 2012 - Topic: ANALYSYS OF ICE RINK- ROOFS CLADING SOLUTION.
• Josef Plášek - defended 2012 - Topic: MODELLING OF THE RADIANT COMPONENT OF INDOOR CLIMATE.
• Supervisor - specialist in doctoral study program "Theory and environmental formation of buildings" (STU, Bratislava, Slovakia).
• Martin Šimko - defended 2017 - Topic: Energy performance in buildings with thermal active  building structure.
• Pavol Jurka - defended 2015 - Topic: Assessment of energy performance of thermal pools.
• Jozef Bugáň - defended 2015 - Topic: Low-temperature heating and high temperature cooling based on RES.
• Ivana Jeleníková - defended 2012 - Topic: Analysis of the causes of degradation of metal water pipes in buildings.
• Emília Ďurišová - defended 2012 - Topic: Evaluation of Indoor Environment with Low Temperature Heating / High Temperature Cooling Systems.
• Supervisor – consultant in doctoral study program „Theory formation of buildings and environment“ (TU, Košice, Slovakia).
• Daniela Káposztásová Očipová - defended 2009 - Topic: Theoretical and Experimental Analysis of hot Water distribution Systems from the Point of View of Microbiological risk.

• Mentor of a postdoctoral the project OPVK excellence.