Virtual Propulsion Engineer-3D Combustion, Airflow, Exhaust
Core
Design and optimize combustion chamber geometries and simulate combustion processes, heat transfer, and fuel injection systems for next-generation gasoline and diesel engines using high-fidelity CFD.
Role type
Senior IC engine performance and calibration 3D CFD analyst
Builds
Next-generation internal combustion engine combustion chambers and powertrain systems
Domain
Automotive / Internal Combustion Engines / Computational Fluid Dynamics
Required skills
compressible CFD analysis, engine combustion modeling, fuel injection system simulation, emissions control analysis, 3D CFD code proficiency, CFD meshing, CFD post-processing, experimental data validation
Preferred skills
machine learning application, data-driven modeling, 1D engine simulation, engine testing and data acquisition, workflow automation, programming (Java, MATLAB, Python)
Technologies
Star-CD, Converge, AVL-Fire, Siemens CCM+, ProStar, ICEM, Hypermesh, Tgrid, Ensight, GT-Power, WAVE, AVL Boost
Responsibilities
Design and optimize combustion chamber geometries for efficiency and emissions; Simulate combustion processes, heat transfer, and catalyst heating strategies; Provide design recommendations to engineers based on analysis results; Model fuel injector behavior and spray atomization; Enhance standard analysis practices and tools; Validate simulation results with experimental data; Collaborate with cross-functional teams including design, calibration, and controls.
Seniority
Senior, hands-on IC