StellenbeschreibungppIn this role, you will drive the simulation-based development, optimization, and innovation of turbocharging systems. You will lead technical studies, contribute to research and development projects, advance modeling methodologies, and support the development of future technologies focused on decarbonization, alternative fuels, emissions reduction, and electrification. /p h3Responsibilities /h3 ul liPerform simulation-driven analysis, design, and optimization of turbocharging systems to support internal projects and customer applications /li liDevelop a deep system-level understanding of turbocharging and powertrain integration, including performance optimization /li liDevelop and apply advanced component-level turbocharger modeling to enhance compressor and turbine map accuracy, and to assess performance potential and operational limits in innovative applications /li liDrive innovation and continuous improvement by challenging existing approaches and translating concepts into practical, value-adding solutions /li liTake technical ownership of complex studies and deliverables /li liContribute to and coordinate RD projects, including planning, execution, and risk identification/mitigation /li liMonitor technology trends (performance, alternative fuels, emissions, electrification), identify key drivers for RD, and track relevant patents and competitive developments /li liCritically assess and improve simulation models (0D/1D) and support data analysis of testbed measurements /li liSupport internal code developers to implement and validate new features (Matlab, Python,…) /li liBuild and maintain a strong technical network with internal stakeholders and external partners (universities, industry forums, conferences) /li liMarine decarbonization Customer specific Working Group /li liSupport Maintenance of our Turbocharger database and documentation /li /ul h3Background /h3 ul liMaster’s in Mechanical Engineering or equivalent /li liGreat interest in the field of internal combustion engines, turbomachinery, future powertrains and thermodynamics in general Interest in complex project management /li liTeam player but able to work independently. Flexible to start and learn new topics /li liAn analytical and solution-focused approach and strong written and spoken communication skills /li liExperience and interest in coding to support the software engineers /li liAbility to synthesize complex information and present key points in a concisely way /li liExperience with measurements on testbed is an asset /li liExperience with turbocharging optimization using 0D/1D thermodynamic software (GTpower, Gasdyn, Wave,…) is an asset /li liFluency in English is required. German is an asset /li /ul h3Benefits /h3 ul liAttractive compensation. /li liInternational and dynamic work environment. /li liFlexible Working Model. /li liTraining offerings in-house. /li liOffice easily reachable due to excellent public transportation links. /li liGlobal parental leave program. /li liEmployee Assistance Program. /li liCanteen. /li /ul pAccelleron Data Privacy Statement: accelleron.com/privacy-notice/candidate /p /p #J-18808-Ljbffr
