BACHELOR IN ELECTRICAL ENGINEERING (BSC)

Why Electrical Engineering at Széchenyi István University is Your Gateway to Real-World Success

Experiential Learning: Building Skills That Matter

At Széchenyi István University, the Bachelor in Electrical Engineering program goes far beyond classroom theory. You'll develop practical expertise through hands-on experience in state-of-the-art facilities where you'll work with modern equipment, industry-standard software, and real engineering challenges. The university understands that employers want graduates who can actually *do* the work, not just talk about it. That's why the curriculum emphasizes direct engagement with the tools and technologies you'll use in your career:

• Advanced Laboratories & Research Facilities – Access to specialized electrical engineering labs equipped with measurement instruments, circuit simulation stations, and power systems training equipment
• Industry-Standard Software – Hands-on experience with professional tools including MATLAB, Simulink, CADENCE, and circuit design software used by engineers worldwide
• Project-Based Learning – Collaborative group projects throughout your studies where you'll design, build, and test real electrical systems alongside your peers
• Internship Opportunities – Integration with regional and international companies for practical work experience during your studies
• Modern University Library System – Comprehensive access to technical databases, engineering journals, and research materials to support your projects
• Engineering Institutes & Research Centers – Opportunities to contribute to ongoing research and innovation initiatives within the university's engineering departments
• Field Trips & Industrial Visits – Real-world exposure to how electrical systems operate in manufacturing, energy production, and telecommunications sectors
• Digital Learning Tools – Access to virtual labs and simulation environments that complement your physical laboratory work

The combination of these resources means you're not just preparing for your career—you're already living it while you study.

For detailed information about all university facilities and resources available to engineering students, visit the official Széchenyi István University facilities and infrastructure pages.

At Szechenyi Istvan University, our Bachelor in Electrical Engineering (BSc) program puts real-world practice front and center, so you're not just studying theory—you're building skills employers demand. From day one, you'll dive into hands-on work in state-of-the-art labs equipped with industry-standard tools, simulating actual engineering challenges. This means gaining expertise with specific software like MATLAB, AutoCAD, and PSCAD for simulations, while collaborating on team projects that mimic professional workflows.

Here's how our experiential learning sets you up for success:
- Dedicated Laboratories: Access to specialized labs like the High-Voltage Lab, Power Electronics Lab, and Embedded Systems Lab, where you conduct experiments on circuits, microcontrollers, and renewable energy systems using tools like oscilloscopes, function generators, and programmable logic controllers (PLCs).
- Software and Digital Tools: Training on professional software including MATLAB/Simulink for signal processing, LTSpice for circuit simulation, and LabVIEW for measurement automation, all integrated into coursework and projects.
- Group Projects: Team-based design projects throughout the program, such as developing smart grid prototypes or IoT devices, fostering collaboration skills just like in industry teams.
- Internships and Industry Placements: Mandatory internships in your final year with partners like Audi, Bosch, or local energy firms, plus optional summer placements coordinated through our Career Center for real on-the-job experience.
- Field Trips and Site Visits: Regular excursions to power plants, semiconductor factories, and research centers, including trips to the university's own Innovation and Technology Park for exposure to cutting-edge applications.
- Research Opportunities: Designated research labs under the Institute of Smart Technology and Engineering, where top students join faculty projects on topics like electric vehicles and AI-driven automation.
- Support Facilities: 24/7 access to the modern University Library with extensive engineering databases, plus the Electrical Engineering Institute's makerspace stocked with 3D printers and prototyping equipment.

This hands-on approach has our grads landing jobs at top firms right after graduation—imagine yourself there! Ready to apply? Head to our official program page and get started today.