- Develop and analyze air and oil system models using Dymola/Modelica.
- Perform two-phase oil-air flow, pressure drop, heat transfer, and thermal analysis.
- Perform steady-state (SS) and transient analysis (TA) and simulation post-processing.
- Conduct parametric studies across different operating and design parameters.
Required Skills
- Hands-on experience with Dymola and Modelica language.
- Experience modeling & analysis for aero-engine air and oil systems & 2-phase flows.
- Python programming for workflow and engineering process automation.
- Experience with simulation post-processing, parametric studies, and data analysis.
Preferred Skills
- Experience integrating Dymola with other mechanical/engineering tools.
- Experience with C++ programming and understanding/modifying existing code.
- Knowledge of internal/external libraries and experience developing or integrating current libraries.
- Experience with advanced Dymola/Modelica library development.
Experience & Education
- Bachelor's/master’s degree in mechanical, Aerospace, or related Engineering.
- 4–6 years of relevant experience in aerospace thermal-fluid/system simulation.