- Authored several papers indexed in IF journals, addressing simulations and experimental validation of pulsatile flow in rigid and compliant tubes as well as in arterial networks (for detailed publications, refer to https://www.researchgate.net/profile/Jiri-Jagos-2)- Conducted validation procedures for computational fluid dynamics (CFD) simulations utilizing Ansys (Mechanical/Fluent), correlating results with experimental data obtained from particle image velocimetry (PIV) measurements.- Collaborated in the design and implementation of an experimental circuit for a peristaltic pump, in conjunction with experts in mechatronics.- Chief proposer of the BUT interim grant project and co-author of two GACR projects- Actively engaged in various International Conferences, including Belgrade 2019, Milano 2022, and Maastricht 2023.- Delivered lectures on the subject of strength and stress, integrating principles of physics and mathematics, with a commitment of 6 hours per week to approximately 75 students.- Familiar with hyperelastic and viscoelastic models of material (Ansys/Hyperfit)

- Estimating of the uncertainty components (type A and B) of a complex experimental circuit- Calibration of the flowmeters and pressure sensors- proposing a measurement plan, subsequent performing and postprocessing of data (Python - Numpy) from measurement of a regulation armatures (vibrations, static and dynamic characteristic) or multihole orifice plates. In accordance with ČSN EN 1267- CFD calculations in Ansys Fluent

- Service provider for Škoda, a.s.- Simulations of turbulent flow entering to the car ́s engine (StarrCCM+/Ensight/ANSA)- Preparing and giving presentations on analyses performed- Active participation on wind tunnel measurements of car ́s drag and mass flow throught engine- Responsibility for a team of 2 - 4 people- Team management and work distribution

- Working with SolidWORKS (3D modeling, creating of technical documentation)- Stress simulations of contact problems (Ansys)