Bachelor's degree in Automotive Engineering

4 Year Part Time Bachelors Program

University of Miskolc

Program Overview

The Bachelor's degree in Vehicle Engineering (Járműmérnöki BSc) at the University of Miskolc is a hands-on, 7-semester program (210 credits) designed for students passionate about cars, trucks, and mobile machinery, equipping you with the skills to design, build, maintain, and innovate in the automotive world. It's perfect if you love problem-solving with tech and mechanics, blending theory with real-world applications in a region rich with heavy industry ties, setting you up for a dynamic career right after graduation.

Curriculum Structure
Years 1-3 (Semesters 1-6: Core Foundations)
You'll start strong with the basics of engineering, diving into Mathematics (at least 12 credits), Mechanics, and Engineering Physics to build a rock-solid understanding of how vehicles work at their core. Courses like Materials Science and Manufacturing Technology show you how to select and shape metals for car parts, while Thermodynamics and Fluid Dynamics explain engine power and airflow—think optimizing fuel efficiency from day one. By the end, you'll model simple systems and grasp why vehicles are built tough for real roads.

Year 4 (Semesters 7: Specialization and Thesis)
Here, you zoom into automotive specifics with Vehicle and Mobile Machine Construction (10-25 credits), learning the ins and outs of chassis, suspensions, and drivetrains that make vehicles reliable. Vehicle Design, Manufacturing, Repair, and Maintenance (25-40 credits) teaches you to engineer powertrains and fix breakdowns, plus IT and Vehicle Control (10-25 credits) for smart systems like autonomous driving tech. You'll wrap up with a thesis applying it all, ready to tackle industry challenges like those at local giants.

Focus areas
Vehicle structures and drivetrains, powertrain design and manufacturing, IT-driven vehicle control, and specialized mobile machine engineering—tailored for automotive innovation.

Learning outcomes
You'll model technical systems, apply IT to vehicle tasks, design and maintain cars efficiently, and use resources creatively in teams—just like pros at Audi or Mercedes projects.

Professional alignment (accreditation)
Fully accredited under Hungary's 18/2016 (VIII.5.) EMMI decree as a balanced BSc in engineering (40-60% practice/theory), granting you the title Vehicle Engineer (Járműmérnök) for global recognition.

Reputation (employability rankings)
The Faculty of Mechanical Engineering and Informatics boasts deep industry roots, powering northern Hungary's rise with ties to Diósgyőr factories and ongoing R&D for automotive leaders like Mercedes-Benz, Audi Hungaria, and more—grads are snapped up for vehicle tech roles amid booming demand.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Miskolc's Faculty of Mechanical Engineering and Informatics, our Bachelor's in Vehicle Engineering (Járműmérnöki BSc)—your gateway to Automotive Engineering—puts hands-on learning front and center. You'll build real-world skills in vehicle design, manufacturing, electronics, and informatics through cutting-edge facilities tailored to the booming automotive sector, like specialized labs for mechatronics and simulation tools used by industry giants such as Mercedes-Benz and Audi. This practical focus ensures you're ready for roles at vehicle manufacturers and suppliers right after graduation.

Here's how our program dives deep into experiential learning with program-specific resources:
- Advanced simulation software: Master tools like AutoForm for forming processes and other automotive simulation methods, directly applied in vehicle weight reduction and manufacturing projects with partners like Mercedes-Benz Manufacturing Hungary and Audi.
- Mechatronics laboratories: Work in dedicated labs for hydraulics-pneumatics, PLC programming, drive technology, sensor tech, and full mechatronic systems—supported by Bosch and focused on vehicle mechatronics like design, operation, and maintenance.
- Vehicle-specific engineering labs: Gain expertise in vehicle structures, powertrains, materials, electronics, and production through 70-105 credits of hands-on modules, including modeling technical systems and processes for cars and mobile machines.
- Industry collaborations and research facilities: Engage in projects on automotive materials, metal forming, heat treatment, welding, and low-cost mass production tech via centers like FIEK (for advanced materials and smart tech) and excellence hubs for strategic research.
- Group projects in design and manufacturing: Tackle team-based challenges in vehicle/powertrain design, production, repair, informatics for vehicle control, and specialized automotive fields like manufacturing automation and robotics.

Imagine turning these experiences into internships with regional giants like Bosch—our strong industry ties make that a real path to your dream career. Applying is straightforward and opens doors to a vibrant campus in a city full of nature and support. Ready to gear up? Let's get you started on your application today.

Progression & Future Opportunities

At the University of Miskolc's Faculty of Mechanical Engineering and Informatics, our Bachelor's in Vehicle Engineering (Járműmérnöki BSc)—your gateway to Automotive Engineering—puts practical skills front and center, training you to design, build, and maintain vehicles with real-world expertise. You'll dive into hands-on work with vehicle structures, powertrains, electronics, manufacturing processes, and IT tools tailored to the booming automotive sector, all backed by faculty with deep industry experience and cutting-edge facilities developed in partnership with companies like Bosch and Audi. This isn't just theory—it's where you model systems, simulate production, and tackle automotive challenges like lightweight materials and smart tech, preparing you for roles at top manufacturers and suppliers.

Here's how our program delivers that experiential edge::
- Specialized labs for vehicle tech: Access dedicated facilities for vehicle engines, structures, materials, electronics, and manufacturing, including simulation tools for forming processes like AutoForm used in Mercedes-Benz and Audi production.
- Mechatronics labs supported by Bosch: State-of-the-art setups for hydraulics-pneumatics, PLC programming, drive technology, sensors, and full mechatronic systems—perfect for automotive electronics and vehicle control.
- IT and modeling tools: Master software for modeling technical systems, processes, and vehicle-specific informatics, applying it directly to cars and mobile machines.
- Automotive research facilities: Work in centers like FIEK for advanced materials and intelligent tech, plus projects on vehicle weight reduction, metal forming, heat treatment, and welding for eco-friendly, efficient autos.
- Industry collaborations and simulations: Gain skills through advanced sims in automotive product dev, tied to real projects with Mercedes, Audi, and EU-funded LoCoMaTech for low-cost mass production.