The specialization "Automotive Electronics" for the OQS (educational-qualificational degree) "Bachelor" combines theoretical foundation and applied orientation in the formation of knowledge and skills in the trained students. The curriculum aims to ensure quality training of specialists in a dynamic and innovative field, in sync with the needs of the labor market. In recent years, the automotive industry in Bulgaria has been developing at a rapid pace and already exceeds 10% of GDP. At the present moment, companies in this sector number more than 100, with the majority of them positioned in the "Automotive Electronics" sector. In the coming years, forecasts indicate that the need for engineering personnel in the "Electronics" profile will increase by at least 50 percent, with the greatest shortage of qualified engineers being precisely in the field of automotive electronics.The curriculum of the specialization "Automotive Electronics" is four years long, includes 240 ECTS credits for full-time study, and provides students with the necessary knowledge and skills to successfully solve a wide range of engineering tasks. An additional advantage of a graduate bachelor engineer in automotive electronics is the ability to easily adapt to a new or unfamiliar environment and join multidisciplinary scientific and development teams.The general theoretical preparation provides students with:fundamental knowledge and skills for designing, developing, modeling, analyzing, testing, integrating, implementing, and maintaining electronic modules and control systems – an element of the overall arrangement of modern cars;fundamental knowledge in the fields of electronics and electrical engineering, microelectronics and power electronics, mathematics, automotive engineering and types of engines, communication and navigation technologies, and others;knowledge of modern theories, best practices, methods, and tools, as well as leading achievements in the field of automotive construction – electric vehicles, hybrid vehicles, autonomous vehicles, eco-friendly vehicles, and others;proficiency in modern programming environments and programming languages, automated development tools and systems, modeling systems;knowledge of the main parameters and possibilities for synthesis and integration of specific sensors, sensor networks, and actuators into individual nodes and mechanisms of modern cars;knowledge of principles and control of functional modules, parameters, and environments - microclimate, durability, assistance, active protection, and others.The specialized training provides students with:the opportunity to participate in team projects aimed at specifying, designing, implementing, and documenting electronic modules and systems for integration into modern cars;knowledge and skills for designing, implementing, and maintaining electrical equipment - an element of next-generation infrastructure for the needs of electric vehicles.skills for synthesizing and implementing effective software solutions for the needs of a specific or broader application area;good knowledge of modern development environments (CAD/CAM), tools, and standards in automotive engineering;skills for assessing and managing risks in the development, implementation, and operation of new and improved hardware and software products in vehicles;skills and ways of thinking that imply creativity and quick reaction in accordance with the high rates of development of technologies in automotive engineering, as well as adaptability to the rapidly changing market environment.