Master's student for thesis on artificial intelligence (AI) (f/m/d)

Innovations bring profound changes and influence our lives in a variety of ways. At TÜV SÜD, we strive to be an important part of this development and progress. We are here from the beginning and accompany this process. We ensure a safe and sustainable future and create confidence in new technologies. We advise, we check, we certify. For the safety of people and society, we are asking ourselves out every day. We act out of conviction, already today shape the world of tomorrow – set signs. We take the future into our hands. We're TÜV SÜD. TÜV SÜD has been synonymous with safety, quality and sustainability since 1866 and is today an international service group with 30,000 employees worldwide. Independently and objectively, TÜV SÜD ensures consumer confidence. As part of this thesis, you will explore the development of innovative methods for automated validation of electrical safety and wiring concepts in industrial applications. The aim is to explore and implement processes based on artificial intelligence (AI) and computer vision in order to make manual testing and documentation processes more efficient and reliable. Possible focal points of the work are: AI-based detection and testing of cable profiles in industrial machines using image or 3D point cloud data. Development of methods for detecting cables along geometric edges and checking the wiring at terminals and electrical components. Automated identification of components and markings in control cabinets to ensure compliance with standards. Development of an AI-based validation of component selection and wiring in comparison with schematics. Method for automated production of a photo documentation for electrical tests Further topics can be considered by agreement. It is the job of the applicant to find support from the university. If you want to shape the future with us, we look forward to your application at our Munich location

Analysis of existing testing processes and identification of automation potentials Conception and development of AI-based algorithms (e.g. image processing, deep learning) Implementation of a prototypical system (e.g. in Python, TensorFlow, PyTorch, OpenCV) Validation of the developed solution using real data and scenarios

Studies in electrical engineering, mechatronics, computer science or comparable Interest in artificial intelligence, computer vision and industrial technology Basic knowledge of programming (Python or comparable) Independent and structured operation

A future-oriented, practical topic at the interface of electrical engineering and AI Access to real data and test environments from industrial practice Possibility to actively design innovative solutions in the field of electrical safety What we offer Flexible working hours: Our flexible working hours allow you to adapt your working hours to your personal needs. Special payments: In addition to a market-oriented salary, we offer attractive special payments such as a corporate success premium or other performance-oriented salary components. Operational Health Management: Our operational health management includes e-Gym Wellpass, which provides you with access to a variety of fitness and health services, as well as an occupational pension scheme that helps you to provide care for your future. JOBV1_EN