Systems Engineer (m/f/d) - Networked Vehicle Architecture: System Commissioning Integration and Analysis

The number of vehicle functions and their degree of connectivity is subject to constant growth. This is primarily driven by factors such as e-mobility, autonomous driving, digitalization and regulations such as UNECE. This rapid change also poses major challenges for the automotive industry. You can help shape the development of state-of-the-art system and software architectures for the connected complete vehicle - being at the forefront of their integration and solving the associated challenges appeals to you? Then you've come to the right place. Be part of it and develop the future of mobility together with our teams. Job-ID: TT-A3-19024 YOUR TASKS Commissioning of systems, subsystems, technology carriers and prototypes Carrying out software and configuration updates Analysis of bus systems (CAN/LIN/Ethernet) Evaluation of measurement and diagnostic data, Error analysis based on measurement tests and technical documentation Creation of functional, commissioning and installation descriptions YOUR SKILLS Successfully completed studies in mathematics, physics, computer science, electrical engineering, mechatronics or a comparable field of study Interest in modern motor vehicles, their system architecture and networking Knowledge in securing and integrating software for automotive ECUs Experience with IT concepts (software architectures, virtualization) Interest in automation OUR OFFER Taking responsibility instead of being a cog in the wheel. At IAV, we entrust you with increasingly important tasks step by step. Thanks to expert mentors, you will not be alone and will be able to grow with the projects. You will work with the big names in the mobility and research world. And you'll gain further qualifications, e.g. through in-house seminars or at congresses. Diversity and equal opportunities are important to us. For us, it's the individual with his or her personality and strengths that counts. https://bit.ly/3OuElQ1