The education and training of students of the Bachelor study programme Automotive Production is aimed at gaining theoretical knowledge and practical experience in the field of advanced materials, technologies, analytical tools in designing car components, organizing their production and assembly with the support of CAx technologies. Students can further develop their creative and innovative skills in solving case studies, ECO Shell Marathon projects and engaging in Volkswagen e-up electric car modifications. Additional aspects of the studies include knowledge and skills in the field of testing, car sales, traffic management, car maintenance management and other activities related to automotive in accordance with the requirements of quality standards ISO TS 16949. Graduates will gain experience in teamwork in solving technical problems, management of small teams, as well as improved presentation and communication skills. The Automotive Production study programme will enable graduates to enter the world of automobile production, sales management, service, MOT of vehicles and the automotive supply sector.

The study programme Business Management and Economics, which is accredited in 1^st and 2^nd level of university study, is a direct continuation of several decades existing teaching of economically and managerially oriented study programmes at the Faculty of Mechanical Engineering of the Technical University in Košice. Graduates of the study programme Business Management and Economics will acquire knowledge in the field of technical and scientific disciplines, business management and economics, production and information technologies as well as business process management. During the study, students acquire the skill to use software applications focused on information support of business management, design, modelling and business process simulation. Additionally, they are ready to use basic managerial and economic tools and methods of industrial engineering in practice. The structure of the subjects of the study programme is designed so that the graduates acquire extensive knowledge and skills that enable the solution of operational problems arising in companies. Graduates are also able to utilize principle supporting the increase of company competitiveness when addressing problems and managing companies.

Graduates of the Bachelor study programme Computer Support of Mechanical Engineering will be employed as production technologists, designers of jigs and tools, workers in IT departments of engineering companies and also as specialists for evaluation and testing operations. Graduates are prepared to work in manufacture companies focused on engineering, in the supply sector of the automotive industry, in companies with their own development of new products, in service operations and companies focused on the sale of engineering component.

The study programme Industrial Engineering at the Bachelor level offers the opportunity to acquire competencies in the cross-sectional scientific field focused primarily on solving project, production, ergonomic and logistics problems of industrial practice and production management in practical and digital form. The students will master the theoretical procedures, methods and techniques of industrial and digital engineering, as well as gain knowledge of software applications that are part of product life cycle management. During the study, the students have the opportunity to test their knowledge and skills on their own exercises using digital and virtual technologies. Furthermore, students have the opportunity to work with virtual and augmented reality, 3D scanners and 3D printers, which are part of the laboratory equipment. Working on semester and Bachelor’s theses is possible in these laboratories and in companies of industrial practice, with which the Institute of Management, Industrial and Digital Engineering cooperates. The graduates of the Industrial Engineering study programme are ready to apply in the labour market in engineering and non-engineering companies of various specializations, development and design organizations, business companies, consulting companies and the technical area of ​​the public sector. Additionally, the graduates can also work as production process and system, designers, workers in planning, organizing and managing of production, increasing productivity, logistics, human resources and, last but not least, as a managers in various functional areas.

Mechatronics primarily integrates the knowledge from the fields of mechanics, electronics, informatics and control. Additionally, it makes it possible to improve the properties of existing products but also the development of completely new products. Mechatronics is already well established in almost all industries, such as automotive industry, industrial automation, robotics, consumer electronics, etc. Mechatronic options attract customers due to their user-friendliness as well as simplicity. A typical example is the automotive industry, e.g. the various assistance systems that increase comfort and safety, etc. This myriad of enhancements is the reason why customers prefer the options provided by mechatronic products. The study programme is focused on the preparation of experts in mechanical and electrical engineering that possess the knowledge like basics of informatics and automation in relation to operation, production, testing and to some extend the design of mechatronic systems.

Mechanical engineering is a widely profiled study programme, the graduate of which acquires comprehensive knowledge in several areas of mechanical engineering that overlap into other industries. The structure of the study programme is given by a balanced combination of technical and natural science subjects focused mainly on design, construction, mechanics, engineering materials, production technologies and production process management, which provides the graduate with a wide range of opportunities in the field. In addition to theoretical knowledge, graduates also gain important practical experience in the field of 3D modelling, computer simulations and expert measurements, which are crucial for performing highly specialized activities typical of R&D.

The Prosthetics and Orthotics programme offers a comprehensive education, quality study support, knowledge and skills in the field of classical prosthetics and orthotics, utilization of the latest technologies in the field of digitization of measurements, 3D modelling and additive production of prosthetic and orthotic devices that allow graduates to respond professionally to market requirements and a possibility to continue their engineering studies in the field of Biomedical Engineering.

In regards to the study, the students are able to apply the procedures of statistical regulation of production processes and quality improvement tools, implement requirements in accordance with international standards for the quality management system (ISO 9001, IATF 16949) as well as safety and health regulations at work (ISO 45001). Using software applications, the students will acquire skills in designing and modelling of a safe construction of machines as well as their maintenance (e.g. including robotic workplaces). Furthermore, they will learn to apply management tools and methods.

Graduates of the study programme Technology, Management and Innovation of Mechanical Engineering will be employed as technologists in production, designers of jigs and tools, as workers using CAx technologies in production preparation, as test workers, workers in operation and maintenance of machinery at middle levels of production management. They can also find themselves in the position of lower-level management departments, as well as technical and economic departments of operations and plants.