Mojmir Cyril Michalek

A skilled Thermal Simulation Engineer with over five years of experience in Finite Element Method (FEM), particularly in thermo-electro-structural coupling simulations. With a strong foundation in data processing and Python scripting, I bring extensive expertise in product development, including Design of Experiments (DoE) and simulation. Proficient in sophisticated model validations and test correlations that support product development.

• Thermo-electro-structural simulation of electron microscope cathode

Multiphysical simulation to ensure sufficient electrical current to heat cathode tungsten thread to desired temperature, exploring temperature effect on dynamics properties fo the thread

• Transient Thermal Simulation of 3D Printer

Research project with Prusa Research, simulation of thermal induced deformation of printing pad, experimentaly validated, optimal time of print start suggested

• Additive Manufacturing Process Simulation (SVS FEM & BUT & PBS Project)

Research project focused on developement of metal 3D printed turbine. Thermo-structural simulation of additive process, deformation, stress state after build and heat treatment process, Responsible for simulations thanks to which a turbine prototype could be additively manufactured.

• ANSYS Extensions Developement (SVS FEM, BONATRANS, Garrett Motion, ...),

Developement of an extension for acoustics post processing using C# and Python., Developement of ACT enabling evaluation of fatigue according to a customer specific criterion., Automation of routines in daily work of simulation engineers saving them higher tens percents of their time.

• Projects Using Microcontroller

Creation of physical model of gear splash for simulation calibration. This included controlling a stepper motor using microcontroller., Developement of automatically controlled curtains using microcontroller. Design and 3D print of own designed parts.