пропозиції роботи
Tomasz Czarnota
Flow & Thermal Analyst
Eindhoven,
Brabancja Północna,
Holandia
Dołącz do GoldenLine i obejrzyj pełny profil tego użytkownika
Zobacz pełny profil
Umiejętności
AutoCAD
Fortran
LaTeX
Linux
Matlab
Microsoft Office
Paraview
Supercomputing
Tecplot
System Windows
ANSYS Fluent
Ansys Workbench
Open Offce
HPC
Siemens TeamCenter
CAE software - ANSYS Mechanical
Języki
polski
ojczysty
angielski
biegły
niemiecki
dobry
Doświadczenie zawodowe
Flow and Thermal Analyst, Architect for Metrology Sensor Conditioning
• defining specifications and budgets, creating and reviewing (sub)system documentation
• developing hardware (idea, trade-off table, feasibility prototype) for Clean Air and Exhaust Systems
• performing hand calculations and thermal mass modeling
• defining test plan and conducting flow and thermal measurements in a cleanroom: temperature and heat load, energy consumption, contamination, velocity, flow rate, pressure, system balancing and visualisation
• supporting machine integration and conducting qualification tests for Clean Air, Exhaust, Pneumatic and Hydraulic Systems
• performing root cause analysis and troubleshooting
• supporting flow-induced vibration and noise analysis, FMEA and CFD validation
• developing hardware (idea, trade-off table, feasibility prototype) for Clean Air and Exhaust Systems
• performing hand calculations and thermal mass modeling
• defining test plan and conducting flow and thermal measurements in a cleanroom: temperature and heat load, energy consumption, contamination, velocity, flow rate, pressure, system balancing and visualisation
• supporting machine integration and conducting qualification tests for Clean Air, Exhaust, Pneumatic and Hydraulic Systems
• performing root cause analysis and troubleshooting
• supporting flow-induced vibration and noise analysis, FMEA and CFD validation
Research Assistant
German Aerospace Center DLR
• theme: Interactions between turbulent convection and thermal radiation in direct numerical simulations (DNS)
• developing CFD models for conjugate heat transfer and turbulent flow (incl. validation and verification)
• creating scripts and performing pre- and post-processing
• conducting 3D unsteady CFD simulations for Comfortable Silent Cabin project
• analysing the effects of control parameters on heat transfer coefficients, temperature instabilities and development of turbulent flow structures
• developing CFD models for conjugate heat transfer and turbulent flow (incl. validation and verification)
• creating scripts and performing pre- and post-processing
• conducting 3D unsteady CFD simulations for Comfortable Silent Cabin project
• analysing the effects of control parameters on heat transfer coefficients, temperature instabilities and development of turbulent flow structures
PhD Student
German Aerospace Center DLR
• theme: Interactions between turbulent convection and thermal radiation in direct numerical simulations
• developing CFD models for conjugate heat transfer and turbulent flow
• creating scripts and performing pre- and post-processing
• conducting 3D unsteady CFD simulations for Comfortable Silent Cabin project
• analysing the effects of control parameters on heat transfer coefficients, temperature instabilities and development of turbulent flow structures
• developing CFD models for conjugate heat transfer and turbulent flow
• creating scripts and performing pre- and post-processing
• conducting 3D unsteady CFD simulations for Comfortable Silent Cabin project
• analysing the effects of control parameters on heat transfer coefficients, temperature instabilities and development of turbulent flow structures
Master Student
Aalborg University and KE Fibertec AS Company
• theme: Optimisation of personal ventilation in aircraft
• creating concept designs and CAD drawings of flow diffusers integrated into aircraft seat
• planning, setting up and conducting thermal and flow tests in Boeing 737 mock-up and wind tunnel
• performing flow visualisation using smoke and CFD simulations
• analysing the effectiveness of fluid thermal systems regarding air quality and thermal comfort
• creating concept designs and CAD drawings of flow diffusers integrated into aircraft seat
• planning, setting up and conducting thermal and flow tests in Boeing 737 mock-up and wind tunnel
• performing flow visualisation using smoke and CFD simulations
• analysing the effectiveness of fluid thermal systems regarding air quality and thermal comfort
Szkolenia i kursy
Cornell University online course: A Hands-on Introduction to Engineering Simulations, 06.–09.2017
• analysing turbomachinery problems (e.g. turbine blades, rocket nozzle) using ANSYS
• solving structural mechanics problems (incl. thermal loads and contact modelling) with finite element analysis (FEA)
• solving internal and external aerodynamics problems with CFD (incl. fluid structure interaction analysis)
• analysing turbomachinery problems (e.g. turbine blades, rocket nozzle) using ANSYS
• solving structural mechanics problems (incl. thermal loads and contact modelling) with finite element analysis (FEA)
• solving internal and external aerodynamics problems with CFD (incl. fluid structure interaction analysis)
Edukacja
Mechanical Engineering, doktoranckie
Ilmenau University of Technology
Indoor Environmental Engineering, magisterskie
Aalborg University
Inżynieria Sanitarna, magisterskie
Politechnika Gdańska
Specjalizacje
Edukacja/Szkolenia
Uczelnie
Zainteresowania
• travelling
• mountain biking
• sailing
• mountain biking
• sailing
Inne
• Driving licence, Category B
• Linux, Windows - very good
• Microsoft/Open Office, LaTeX - very good
• AutoCAD (CAD) - very good
• ANSYS Mechanical, Fluent (FEA, CFD) - basic
• Matlab, Tecplot - good
• Fortran - very good
• Linux, Windows - very good
• Microsoft/Open Office, LaTeX - very good
• AutoCAD (CAD) - very good
• ANSYS Mechanical, Fluent (FEA, CFD) - basic
• Matlab, Tecplot - good
• Fortran - very good
