The Bachelor's in Test Engineering (BSc) at University of Pannonia's Zalaegerszeg University Centre is Hungary's only program of its kind, perfectly suited for students passionate about automotive testing, electronics, and cutting-edge engineering who want hands-on skills from day one. You'll gain expertise in testing vehicles and systems at the unique ZalaZone Automotive Test Track, blending theory with real-world practice through partnerships with over 40 companies, preparing you for high-demand roles right after graduation.
Curriculum Structure
Year 1
In your first year, you'll build a strong foundation in the natural sciences and core engineering basics, diving into Mathematics, Physics, and Optics and Laser Technology to understand the principles behind testing complex systems. This sets the stage for practical applications, like using math to model physical behaviors and optics for precise measurements, while introducing Computer Languages and Data Processing to handle the digital side of engineering tools. It's an exciting start that makes abstract concepts feel immediately relevant to real tech challenges.
Year 2
By your second year, you'll ramp up with core technical skills, exploring Microcontrollers, Machine Components and Representation, and Materials Science to learn how vehicles and devices are built and tested under stress. Courses like Electronics and Thermodynamics show you how heat, circuits, and materials interact in automotive environments, giving you the tools to simulate and predict failures before they happen. It's here that the program's dual-training edge shines, connecting classroom learning to industry internships.
Year 3
Your final year focuses on advanced specialization and professional polish, mastering SIL/HIL Testing, Sensor Technology, and Automotive Communication Systems to perform sophisticated vehicle simulations and diagnostics. You'll tackle Vehicle Dynamics, Control Theory and Technology, and PLC Programming for dynamic testing at facilities like ZalaZone, plus economics electives like Introduction to Economics and Quality Assurance to understand the business of engineering. The seventh semester is a full internship where you write your thesis with a partner company, culminating in a final exam on Measurement Technology, Electronic Technology, and Vehicle Technology.
Focus Areas
The program emphasizes testing in automotive and industrial contexts, covering fundamental sciences (Mathematics, Physics), core engineering (Electronics, Sensor Technology, SIL/HIL Testing), advanced automotive systems (Vehicle Dynamics, Automotive Embedded Systems), and professional skills (Quality Assurance, Professional English).
Learning Outcomes
Graduates become independent Test Engineers skilled in electronic devices, vehicle construction, measurement technology, IT systems, production, and operations—ready for master's studies or immediate industry roles.
Professional Alignment (Accreditation)
Approved by the Education Authority (Decision No. FNYF/1113-7/2021) and aligned with Ministerial Decree 65/2021 (XII. 29.) ITM, ensuring national standards for a 7-semester BSc with 180 credits, including internship and thesis.
Reputation (Employability Rankings)
Leveraging ZalaZone's unique facilities and 40+ corporate partners, the program offers top-tier dual training for unmatched practical experience—positioning graduates for strong employability in Hungary's growing automotive sector.
At the University of Pannonia's Bachelor's in Test Engineering program, you'll dive right into hands-on learning from day one, building real-world skills in areas like microcontroller programming, SIL/HIL vehicle testing, sensor technology, and signal processing using state-of-the-art labs and industry tools. This isn't just theory—our curriculum emphasizes practical application through dedicated courses in electronics, measurement instrumentation, and automotive embedded systems, giving you the confidence to tackle testing challenges in automotive and manufacturing industries right after graduation. You'll work with professional software for data processing, PLC programming, and debugging, all in facilities tailored to test engineering needs.
Here's how our experiential learning comes to life with specific program features:
- Specialized laboratories for electronics, sensor/actuator technology, measurement and instrumentation, signal processing, and SIL/HIL vehicle systems testing, where you apply physics, optics, laser tech, and mechanics hands-on.
- Group projects and enhanced studies in automotive communication systems, vehicle dynamics, structure dynamics, control theory, and debugging methods, fostering teamwork on real engineering problems.
- Industrial practice as a required component for the pre-degree certificate, alongside physical training, to gain on-the-job experience in test engineering environments.
- Core tools and software including computer languages for testing, data processing programs, microcontroller programming, and PLC tools for automotive embedded systems and telematics.
At the University of Pannonia's Bachelor's in Test Engineering program, you'll dive right into hands-on learning from day one, building real-world skills in testing systems like vehicles, electronics, and sensors through specialized labs and practical courses. You'll work with cutting-edge tools in areas like SIL/HIL testing (Software-in-the-Loop and Hardware-in-the-Loop for simulating real vehicle systems), microcontrollers, signal processing, and measurement tech, all backed by the program's approved curriculum that emphasizes practical application over theory alone. This means gaining expertise in everything from debugging automotive embedded systems to PLC programming, so you're job-ready when you graduate.
Here's how our facilities and experiential opportunities make it happen::
- Dedicated labs for electronics, sensors, actuators, and measurement: Hands-on work in sensor technology, actuator tech, electrical instruments, and signal processing labs to test and analyze real components used in industry.
- SIL/HIL testing setups for vehicle systems: Practice simulating and testing automotive systems, including vehicle dynamics and structure dynamics, with specialized hardware and software for realistic scenarios.
- Microcontroller and PLC programming labs: Develop and debug code for embedded systems, control theory, and industrial automation using program languages tailored for test engineering.
- Industrial practice requirement: Mandatory internships or placements to meet the pre-degree certificate, giving you real industry exposure alongside your studies.
- Group projects in core courses: Collaborative work in areas like automotive communication systems, hydraulics/pneumatics, and telematics, building teamwork skills for testing complex systems.



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