As a Lead Engineer , you will act as the thermal expert for next-generation electric axle systems, ensuring optimal thermal performance, efficiency and cost competitiveness across platform and customer projects. Working closely with international and cross-functional teams, you will drive the development of innovative thermal management solutions for eMobility applications and contribute to the success of future electric powertrain systems.
Your tasks: ► Act as the thermal expert for the eAxle system, ensuring optimal thermal system performance and cost-competitiveness across platform and customer projects ► Developing, evaluating and implementing thermal system concepts and solutions in collaboration with cross-functional engineering teams
► Supporting software-related topics at system level, including thermal protection, diagnostic and management functions, control strategies and calibration concepts
► Understanding the software-level interaction between eAxle and vehicle. Making proposals improve thermal protection & diagnostics functions considering the vehicle-level boundary conditions from the customer ► Performing system-level thermal simulations and predicting the thermal behavior of eAxle components and systems ► Planning, defining and executing thermal measurements, including result analysis, interpretation and validation activities ► Serving as the main interface for thermal-related topics between electric machine, gearbox and power electronic and software domains, as well as internal and external stakeholders ► Supporting project teams by taking ownership of thermal system deliverables, including requirement analysis, technical presentations and customer communication ► Contributing to the continuous development of thermal engineering methodologies, tools and processes
► Degree in Mechanical Engineering, Mechatronics, Electrical Engineering, Automotive Engineering, Thermodynamics or a related field ► Strong expertise in thermodynamics, heat transfer and thermal system behavior at both component and system level ► Solid understanding of electric powertrain systems and the interaction of key eMobility components ► Experience with thermal system and cooling concepts in electrified powertrain applications
► Good understanding of automotive embedded software architecture and system interactions ► Ability to formulate software-related requirements and understand software implementation from a system perspective ► Understanding of software-controlled thermal management strategies is an advantage ► Experience with system simulation tools such as AMESIM, Simscape, Simulink or similar platforms ► Proficiency in MATLAB and common engineering tools (e.g. DOORS, MS Office) ► Understanding of 3D FEA and CFD simulation methods and related tools (e.g. ANSYS, Fluent) ► Basic understanding of manufacturing and assembly processes as well as cost-efficient product design principles ► Strong analytical thinking and problem-solving skills ► Excellent communication and stakeholder management skills in an international environment ► Ability to work effectively in cross-functional and global teams ► Fluent English language skills (written and spoken)
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A Boschnál kiváló minőségű, lelkesedést kiváltó és az emberek életét gazdagabbá tevő technológiák és szolgáltatások kigondolásával formáljuk a jövőt. Sziklaszilárd ígéretet tettünk dolgozóinknak: együtt fejlődünk, élvezzük a munkánkat, és kölcsönösen inspiráljuk egymást. Üdvözlünk a Boschnál.
Az 1998-ban alapított hatvani telephely a Bosch csoport gépjármű-elektronika részlegének legnagyobb gyártó központja a világon. A vállalat fő profilja a cégcsoport mobilitási megoldások üzletágának jövőbe mutató termékei közül a vezérlő elektronikák, szenzorok, radarok és kamerarendszerek sorozatgyártása. A hatvani stratégiai célja, hogy munkavállalói szakértelmének, valamint csúcstechnológiát képviselő gyártási megoldásainak folyamatos fejlesztésével az automatizált, balesetmentes és környezetbarát autózás jövőjében aktív szerepet vállaljon.
















