BSc in Mechatronical Engineering

4 Years On Campus Bachelors Program

Óbuda University

Program Overview

The BSc in Mechatronical Engineering at Óbuda University is a 7-semester full-time program in English that equips you with cutting-edge skills to design, build, and maintain smart machines, robots, and automated systems by blending mechanics, electronics, informatics, and control technology. It's perfect if you love math, physics, experimenting with ideas, and diving into innovative tech like AI-driven robots—plus, you'll gain the foundation here even if you're building those skills from scratch, setting you up for exciting careers or a Master's degree.

Curriculum structure
Year 1 (Semesters 1-2): You'll kick off with a strong foundation in essential math and engineering basics, tackling Mathematics I (BTXMME1BNF) to master algebra, polynomials, trigonometry, vector geometry, complex numbers, functions, sequences, limits, and differentiation for solving real-world engineering problems. In semester 2, Mathematics II (BTXMME2BNF) builds on that with matrix algebra, systems of linear equations, series, Taylor series, and advanced applications like arc length and volumes of revolution, sharpening your ability to handle complex calculations. You'll also explore Basics of Engineering Drawing (BTEGAE2BNF) to learn technical sketching and design interpretation, giving you practical tools to visualize mechatronic components right from the start.

Year 2 (Semesters 3-4): Building momentum, you'll dive into advanced math with Mathematics III (BTXMME3BNF), covering first- and second-order differential equations, Laplace transforms, and probability distributions to model dynamic systems like robotic motions and control processes. Courses introduce core mechatronics elements, including informatics, analogue and digital circuits, and programmable control, helping you experiment with sensors and basic automation in labs equipped for hands-on testing. This year emphasizes integrating theory with practice, like Tutoring (BTXTFE2BNF) for personalized guidance on applying these concepts to early projects.

Year 3 (Semesters 5-7): The focus shifts to specialized applications, with subjects like Industrial Robot Systems I-II, Vehicle Mechatronics, and Programmable Control Circuits teaching you to program PLCs, build robot systems, and optimize mechatronic actuators using state-of-the-art labs with Cartesian robots and servo drives. You'll tackle Project Management and Project Work (BBXPMY4BNE) to lead real-world designs, plus OSH Safety Engineering (BTEMBE3BNF) for creating safe, efficient production environments. By thesis and final exams, you'll be ready to innovate in robotics, intelligent control, or smart devices, with internships tying it all together.

Focus areas: Synergistic integration of mechanical engineering, electronics, electrotechnics, and computer control; designing mechatronic equipment and smart machines; robotics, industrial automation, vehicle systems, pneumatics, hydraulics, and energy-efficient processes.

Learning outcomes: Graduates can complete routine design tasks, operate and maintain mechatronic systems, apply cutting-edge technologies, organize production control sustainably, and handle technical development for the global job market—plus pursue Master's studies.

Professional alignment (accreditation): This BSc program awards the professional qualification of Mechatronical Engineer (210 ECTS credits), aligned with EU standards and offered through Óbuda University's accredited Bánki Donát Faculty of Mechanical and Safety Engineering.

Reputation (employability rankings): Óbuda University grads excel in high-demand fields like robotics and automation, with strong industry ties via labs, internships, and specializations in industrial robots and intelligent systems—preparing you for roles in innovative tech firms worldwide.

Experiential Learning (Research, Projects, Internships etc.)

At Óbuda University, the BSc in Mechatronical Engineering at the Bánki Donát Faculty of Mechanical and Safety Engineering puts hands-on learning front and center, so you'll build real-world skills by integrating mechanical design, electronics, and smart control systems right from the start. You'll experiment with cutting-edge tools in dedicated labs, test your ideas on actual prototypes, and tackle projects that mirror industry challenges—like designing robots or intelligent machines. This practical focus prepares you to create future tech, from AI-enabled devices to automated systems, and sets you up perfectly for jobs or even our MSc program.

Here's what makes our experiential learning so powerful: access to specialized facilities and activities tailored to mechatronics, including group projects, research labs, and more:

- State-of-the-art laboratories like the Virtual Research Laboratory (VKL) for advanced modeling of cyber-physical systems, and the Mechatronics Science and Innovation Park in Székesfehérvár with mechatronic stations, mobile robotics tools, image processing, industrial informatics, sensor networks, and machine vision setups.
- Robot Laboratory equipped for group projects on industrial robots, hardware/software testing, machine vision, human-machine interfaces, complex automation, and robot safety—perfect for teams of 10-12 students exploring real robot manufacturing and programming.
- Institute of Mechatronics and Vehicle Engineering for hands-on work in mechatronic design, vehicle systems, and innovation projects, plus ties to research groups like the Research Group of Mechatronic Applications at Alba Regia Faculty.
- Mandatory internships of at least four weeks (or longer in dual training), often at industry partners or even university institutes, directly linking to your thesis and building professional experience.
- Specialized software and digital tools for modeling platforms, industrial informatics, data collection, sensor fusion, and complex programming used in robotics and intelligent control specializations.
- Group projects and specializations in Robotics or Intelligent Control Systems, where you'll fuse electronics, mechanics, sensors, and AI in practical designs and experiments.

Progression & Future Opportunities

You won't just sit in lectures at Óbuda University—you'll get your hands dirty with real engineering work from day one. The BSc Mechatronical Engineering program is designed for students who learn best by doing, experimenting, and seeing the results of their own ideas come to life. This isn't theoretical learning; it's about building, testing, and innovating with cutting-edge technology.

The university has invested significantly in creating world-class facilities where you can apply what you're learning immediately. You'll have access to advanced equipment and laboratories specifically designed to bridge the gap between classroom knowledge and real-world engineering challenges. Here's what you can actually use:

- Virtual Research Laboratory (VKL) with world-class modeling platforms for cyber-physical systems and advanced engineering applications
- Mechatronics Science and Innovation Park in Székesfehérvár featuring complex mechatronic stations, mobile robotics tools, and image processing equipment
- Robot Laboratory with industrial robot manufacturing devices, machine vision systems, and equipment for human-machine communication and robot safety projects
- Automation, Mechatronics, and Information Technology integration across all practical coursework, ensuring you work with systems the way they're used in industry
- Mobile robotics toolkit for exploring autonomous systems and intelligent automation
- Machine vision and sensor networks equipment for data collection and industrial informatics projects
- Institute of Mechatronics and Vehicle Engineering where ongoing research directly connects to student learning
- ABC Center of Intelligent Robotics focusing on cutting-edge hardware and software development in robotics and control systems

Your learning extends beyond campus too. The program includes a mandatory internship where you'll work in a professional environment for at least four weeks, applying everything you've learned while building real industry connections. For students in dual training programs, you'll alternate between university study and on-company placement, giving you continuous practical experience.