5 Robotics and Mechatronics Degree Programs in Hungary

The aim of the BSc in Mechatronical Engineering is the training of mechatronics engineers who, in possession of the acquired complex skills in natural sciences, electronic, mechanical and computer engineering as well as economics, will be capable of supervising and managing processes of manufacturing, assembly and quality regulation based on the use of mechatronic devices and equipment, constructing general mechatronics devices and operating as well as maintaining mechatronics systems, and who also possess well-founded theoretical knowledge to continue their studies in the second cycle of training (MSc).

The objective of the program is to train mechatronics engineers who have the competence to combine engineering with electronics, electrotechnics, and computer control in a synergetic way. Students will able to complete routine design, operation, and maintenance of mechatronic equipment and processes, to introduce and apply mechatronic technologies, to organize energy-efficient and environmental process and production management, and to complete average tasks in engineering development and design considering the needs of the international labour market.

Nowadays, as defined by the science of intelligent machines, the most efficient functionality for a mechatronic product can only be achieved if the fields of mechanical, electrical and IT sciences are already intertwined in the design phase (age) of the product. Students in the undergraduate program in mechatronics engineering will be able to supervise, control, operate and maintain system processes based on the use of mechatronic devices and equipment, as well as to design simpler mechatronic structures and manage their product.

The aim is to train mechatronic engineers capable to integrate mechanical engineering with electronics, electrotechnics, and computer control synergically at world standards, to develop and model the concept of, and subsequently to produce the design and production design of mechatronic equipment, processes, and systems and smart machines, as well as to operate and maintain them.

From self-driving cars to robotic assistants, the Internet of Things, and AI-based software solutions – the future is autonomous. With the Autonomous Systems master's programme, you will acquire the skills and knowledge to drive the transition to autonomous systems.