Ph3Experteer Overview /h3pIn this role you will lead simulation‑driven development of high‑performance powertrains, focusing on advanced ICE and future propulsion technologies. You’ll drive 1D thermodynamic modeling from concept to development, validate models with test data, and assess concepts for design transitions. You’ll work with cross‑functional teams to shape powertrain architecture, optimize experiments, and support integrated 1D–3D workflows. This is a hands‑on, impact‑focused position at AVL with a clear path to leadership and technical influence. /ph3Retribuzione / Benefits /h3ulliLead 1D thermodynamic simulation across concept, pre‑development, and full development phases /liliDevelop, correlate, and validate engine models using experimental/test bench data /liliDefine and assess engine concepts and support transitions to design/prototype /liliAnalyze future regulations and their impact on powertrain architecture /liliCollaborate with combustion, CFD, mechanical design, cranktrain, testing, fuels teams /liliSupport integrated 1D–3D simulation workflows for combustion and air path development /liliContribute to fuel modelling and knock prediction activities /liliSupport valvetrain and cam profile development /liliApply Design of Experiments (DoE) for system optimization /liliPerform vehicle‑level studies (energy balance, lap time sensitivity) /liliProvide technical guidance within the team and present results to senior stakeholders /li /ulh3Responsabilità /h3ulliDegree in Mechanical, Automotive, Aerospace Engineering, or equivalent /liliExtensive experience in 1D thermodynamic simulation and high‑performance ICE development /liliStrong knowledge of engine thermodynamics, combustion, and gas exchange /liliExperience in high‑performance or motorsport engineering environments /liliProven project leadership and cross‑functional coordination skills /liliExpertise in 1D thermodynamic simulation, including model correlation and validation /liliStrong capabilities in ICE performance development and optimization /liliExperience with DoE methodologies /liliFamiliarity with integrated 1D–3D simulation approaches /liliProficiency in GT‑Power, AVL Boost, MATLAB/Simulink /liliExperience with Cameo and Concerto /liliEnglish language skills (good to advanced) /li /ul /p #J-18808-Ljbffr