Entwickler_in für Brennverfahren – 3D CFD Simulation | Combustion Development Engineer – Predictive CFD Simulation
Core
Develop and optimize combustion processes for high-performance internal combustion engines using predictive 3D-CFD simulations to push physical limits in Formula 1.
Role type
Senior IC combustion development engineer (predictive CFD)
Builds
High-performance racing power units for Formula 1
Domain
Motorsport / Internal Combustion Engines / CFD Simulation
Deliverable
production ML models
Required skills
3D-CFD simulation, thermodynamic analysis, combustion modeling, HPC usage, Python programming, data analytics, machine learning, CAD, DOE methods, surrogate modeling
Preferred skills
Experience with sustainable/synthetic racing fuels, Formula 1 or high-performance motorsport programs, automated optimization procedures
Technologies
STAR-CCM+, CONVERGE, STAR-CD, Linux, HPC clusters, Python
Responsibilities
Develop and optimize combustion processes via high-resolution 3D-CFD simulations; Correlate virtual CFD results with experimental data from single-cylinder and full-engine tests; Develop predictive simulation methods for future hardware and combustion concepts; Utilize HPC infrastructure for large-scale simulations; Apply data-driven methods for design space exploration and model development.
Seniority
Senior, hands-on IC