Mechatronic Engineering Bachelor's Degree

4 Year On Campus Bachelors Program

Óbuda University

Program Overview

The BSc in Mechatronical Engineering at Óbuda University is a hands-on, full-time 7-semester program (210 credits) designed for students passionate about blending mechanics, electronics, informatics, and cutting-edge tech to build smart devices like robots and AI systems. It's perfect if you love math, physics, experimenting with ideas, and tackling real-world projects—our grads are ready to design, integrate, and innovate in mechatronics while qualifying for MSc studies.

Curriculum Structure
Year 1: You'll kick off with a solid foundation in core sciences, diving into Mathematics, Physics (Mechanics and Electricity), and Informatics to build the systems-level thinking needed for mechatronics. Hands-on labs help you experiment early, connecting theory to practice while exploring basic engineering principles that set the stage for smarter machines.

Year 2: Building momentum, you'll tackle Electronics and Mechanical Engineering fundamentals alongside Computer Control basics, learning to fuse these areas for routine design tasks. Expect projects testing sensors and simple systems, sharpening your skills in energy-efficient processes and environmental awareness right from the start.

Year 3: Focus shifts to advanced integration with courses like Robotics or Intelligent Control Systems specializations, where you'll design and prototype mechatronic equipment. You'll apply everything in complex simulations and builds, preparing for technical development and international projects.

Year 4 (final semester): Wrap up with a thesis and professional traineeship (4 weeks), honing skills in Mechatronic Systems operation, maintenance, and innovation through real-world application. This capstone year polishes your ability to lead designs for smart machines, fully equipping you for industry or grad school.

Focus Areas
Robotics Specialization and Intelligent Control Systems—tailor your path to building AI-powered robots or smart automation systems that are shaping the future.

Learning Outcomes
Graduates integrate mechanical engineering with electronics, electrotechnics, and computer control to design, construct, operate, and maintain mechatronic systems; introduce efficient technologies; and handle R&D tasks for the global job market.

Professional Alignment (Accreditation)
This BSc program meets European standards for technical training, awarding a Mechatronical Engineer qualification (210 ECTS credits) recognized for MSc progression and industry roles.

Reputation (Employability)
Óbuda University’s engineering programs, including mechatronics at Bánki Donát Faculty, produce innovative pros ready for high-demand fields—our long-standing BSc (since 2005) boasts strong placement in smart tech and robotics via scholarships like Stipendium Hungaricum.

Experiential Learning (Research, Projects, Internships etc.)

If you're serious about building a career where you can design and construct the smart devices and robots of tomorrow, Óbuda University's Bachelor's in Mechatronic Engineering is exactly where you need to be. This isn't a program where you'll be stuck in lecture halls watching PowerPoint slides—you'll be in world-class laboratories actually making things work.

The program is built on the principle that experimentation and hands-on testing are core components of your training. You won't just learn about mechanics, electronics, and computer control in isolation—you'll integrate them at a system level, which is what real-world mechatronic engineering demands. The university has invested heavily in transforming its facilities into cutting-edge laboratories where you'll work with professional-grade equipment and modern technologies. Here's what you'll have access to:

- Specialized Laboratories for Every Discipline: The institute operates dedicated labs for information technology, pneumatics, thermo-energetics, flow technology, diagnostics of mechanical systems, metrology, electrical engineering, mechatronics, and robotics
- The Antal Bejczy Center for Intelligent Robotics: Access to advanced robotic systems including KUKA LBR IIWA robotic arms, Fanuc M-430iA/2F robotic arms, UR-16e robotic arms, and self-developed kinematic robots for hands-on research and development
- Modern Industrial Robotics Research and Development (BARK) Laboratory: Equipped with the latest industrial robotics hardware and software testing capabilities
- The Robot Laboratory: Designed to host student groups of 10-12 people, with equipment for machine vision testing, human-machine communication, complex automation, and robot safety projects
- Science and Innovation Park Laboratories: Integrated facilities combining automation, mechatronics, and information technology, with toolkits including complex mechatronic stations, mobile robotics equipment, image processing tools, and industrial informatics systems
- Professional Internship Requirements: You'll complete mandatory professional traineeship as part of your curriculum, giving you real industry experience
- Four Specialization Tracks: Choose from Automation, Communication Technologies, Embedded Systems, or Energy—allowing you to tailor your degree to your interests
- Virtual Research Laboratory (VKL): Access to world-class modeling platforms for cyber-physical systems that simulate real industrial and commercial product environments
- Project-Based Learning: The program emphasizes technical development and design tasks where you'll work on actual mechatronic equipment and smart machine projects

You'll graduate with 210 credits of comprehensive training over 7 semesters, prepared not just for immediate employment but also to continue into a Master's degree if you choose. The Institute of Mechatronics and Vehicle Engineering has been developing this program since 2005, with experienced faculty who are actively engaged in research and development.

Plus, if finances are a concern, the program offers multiple scholarship opportunities including the Stipendium Hungaricum Scholarship Programme.

Progression & Future Opportunities

At Óbuda University, our BSc in Mechatronical Engineering at the Bánki Donát Faculty of Mechanical and Safety Engineering puts practical skills front and center, so you'll be building, testing, and innovating real-world mechatronic systems from day one. You'll dive into hands-on work in state-of-the-art labs, experimenting with cutting-edge robotics and automation tools to turn your ideas into working prototypes—like smart devices and AI-powered robots. This program is all about fusing mechanics, electronics, and computer control, giving you the confidence to design, operate, and maintain advanced equipment right after graduation.

Here are some standout ways you'll gain that experiential edge:
- Specialized laboratories like the mechatronics and robotics lab, electrical engineering lab, pneumatics lab, thermo-energetics lab, flow technology lab, diagnostics of mechanical systems lab, metrology lab, and information technology lab—many upgraded from their origins in 1969 to meet today's industry standards.
- Modern Industrial Robotics Research and Development (BARK) Laboratory equipped with KUKA LBR IIWA robotic arm, Fanuc M-430iA/2F robotic arm, KUKA youBot educational mobile robot, UR-16e robotic arm, self-developed serial and parallel kinematic robots, plus other mobile and humanoid robots for real R&D projects.
- Virtual Research Laboratory (VKL) for advanced modeling of cyber-physical systems using the latest software platforms applied in industrial engineering.
- Institute of Mechatronics and Vehicle Engineering (MEI), home to the Departments of Mechatronics and Vehicle Engineering, where you'll work on projects in robotics specializations and intelligent control systems.
- Professional internships required as part of the curriculum, completable at industry partners or even university institutes with dean approval, building your resume with practical experience.
- Group projects and engineering tasks focused on designing mechatronic equipment, processes, smart machines, and production control—often in specializations like Robotics or Intelligent Control Systems.