329 Robotics and Mechatronics Bachelors Degree Programs

Mechatronics and automation technology form the basis of the modern working world. In Europe, manufacturing processes are becoming increasingly automated and digitized.

Automation is one of the main progress engines acting in all fields of modern human activities. The study programme prepares the Bachelors of control systems who are able to develop, design, install, and service the most simple equipment automation and the most complex technological processes, as well as transport flow control systems by using classical and modern automation solutions, artificial intellect, and computer-based sensors.

Industrial automation is an expanding stream of engineering, with an increasingly profound influence on most industries and enterprises. This practical qualification will ensure you graduate job-ready as an industrial automation engineering technologist in many industries such as manufacturing, power generation, mechatronics, mechanical, mining, and chemical. Upon completion of this programme, you will gain skills and knowledge in the latest developing technologies in instrumentation, process control, and industrial automation.

Discover first-hand the technology that underpins robotics and autonomous systems, automated manufacturing and intelligent microprocessor-based products. Develop expertise in digital electronics, microprocessors and computer control, complemented by management and communication skills.

Our full-time bachelor's degree program in Drone Engineering provides comprehensive training in drone design, control, programming, and data analysis. Become a pioneer in the drone industry! All courses are taught 100% in English. Discover the Drone Engineering & AI-based Innovation degree program: Learn the art of civil drone operation and management. Our graduates are technically proficient, understand ethical, legal and social aspects and are trained in critical thinking, problem-solving and project management.

The Mechanical Engineering bachelor’s programme develops professionals who are both creative and innovative. During the programme, students participate in applied research through product analysis and design. They learn to improve existing devices and develop new appliances, products and services, for various areas like the industry, healthcare, robotics and energy. By the time students have completed the programme, they possess a vast amount of technical knowledge plus a broad spectrum of professional skills and entrepreneurial experience.

The Department of Electrical and Electronics Engineering's curriculum is designed not only to expand students' knowledge but also to enable them to cultivate and use their creativity.

Our department provides individual-oriented education with few selected students, aiming to have graduated with fully equipped, aware of the importance of life-long learning, and open to improvement, through an education program that emphasizes hands-on learning, involves undergraduate students in research projects, and promoting creativity.

We have a truly exclusive offer for you: a bachelor study where you learn how to design power generators, motors, or automotive and robot machines all in state-of-the-art equipped labs. You will learn how to design embedded systems, and communication platforms and how to create communication protocols. There are maths, physics, and materials for power electronics, and automotive at the beginning. However, you can focus on robotics, control systems, generation and distribution of electricity or power electronics.

The Internet is transforming companies, requiring specialized professionals in web, Marketing and e-commerce. This course offers tailor-made training for the digital era.

Smart devices are now omnipresent; computing, electronics and telecommunications are integral to our everyday lives. This BSc (Honours) in Computing with Electronic Engineering combined degree develops your understanding of computing and electronic engineering, emphasising practical knowledge and skills required by industry. It considers digital technologies, programming, networking, manufacturing methods related to product design, environmental sustainability, and the legal requirements to promote good practice.

While we shouldn’t overindulge in thinking about the catastrophic future scenarios of science fiction, but… the future belongs to robots! They will drive us around, will take care of our houses, mow our lawn, prepare drinks or food for us. This is already happening – according to research, the number of robots currently in the global workforce is 2.25 million and has doubled since 2010.

Electrical Engineering programme prepares high-qualification specialists, having the knowledge of electrical engineering, electrical mechanics, electricity engineering and understanding of the power electronics, energy converters, electrical machines, electricity networks, electricity market, able to design and use electricity, energy and electronics equipment, and solve the problems of its generation.

Will your future involve finding electrical and electronic solutions for the energy transition, or designing the variable message signs above our motorways, or an innovative electric motorcycle and smart public transport access gates to make our transport systems easier to use? Or how about a self-piloting drone? With a higher education degree in Electrical and Electronic Engineering, the world is your oyster!

Students of the Bachelor of Engineering in Electrical & Electronic Engineering will understand the principles of engineering in the areas of Circuit Analysis, Engineering Materials, and Engineering Design.