Electrical Engineer Bsc

4 Years On Campus Bachelors Program

Budapest University of Technology and Economics

Program Overview

The Electrical Engineer BSc program trains engineers who can apply cutting-edge knowledge in science and technology to solve real-world electrical engineering challenges across a remarkably broad spectrum of fields. You'll develop expertise in everything from classical power systems and microelectronics to embedded systems and infocommunications, preparing you for a career that truly spans the entire electrical engineering landscape.

Curriculum Structure

First Year Foundation
Your first year establishes the scientific and mathematical backbone you'll need for advanced electrical engineering. You'll dive into Calculus and Probability Theory alongside Computer Science and Informatics, building the analytical and programming skills that modern electrical engineers rely on daily. This foundation ensures you're not just learning theory—you're developing the practical problem-solving tools that employers value.

Second Year Technical Grounding
By your second year, you'll transition into core electrical engineering subjects, starting with Physics and Materials in Electronics, followed by Electronics Technology and Materials. This is where electrical engineering truly comes to life, as you connect fundamental physics principles to real electronic components and manufacturing processes.

Third and Fourth Years: Specialization
Your final years let you specialize in one of three exciting pathways: Embedded and Control Systems, Infocommunication, or Sustainable Electric Energetics. During this time, you'll study advanced topics like signals and systems, electromagnetic fields, microelectronics, measurement technology, and power engineering, allowing you to tailor your education toward your specific career interests.

Focus Areas

Embedded and Control Systems | Infocommunication | Sustainable Electric Energetics

Learning Outcomes

Graduates develop the ability to perform electrical engineering tasks using integrated knowledge of programming, digital engineering, control systems, electromagnetic fields, and modern microelectronic technologies. You'll be prepared to contribute to innovation across classical and cutting-edge domains, from power systems to advanced embedded applications.

Professional Alignment

The Faculty of Electrical Engineering and Informatics is Hungary's most important training and research institution in electrical engineering, with degrees highly valued by national and international independent rankings. This institutional credibility means your degree carries real weight in the job market, whether you're pursuing opportunities in Hungary or internationally.

Reputation & Employability

BME's Faculty of Electrical Engineering and Informatics, founded in 1949 and the largest faculty at BME, maintains a strong reputation globally. The faculty's diverse industrial connections ensure that your studies are driven by real-world engineering challenges, directly enhancing your employability and preparing you for seamless transition into professional roles.

Study Options & Support

You can pursue this degree as a scholarship-supported student or as a self-funded student paying tuition fees, with various scholarships available to help cover both tuition and living expenses. After completing your BSc, you can move directly into employment or continue to BME's MSc programs or Physics/Applied Mathematics postgraduate studies.

Experiential Learning (Research, Projects, Internships etc.)

In the Electrical Engineer BSc at Budapest University of Technology and Economics (BME), you'll dive straight into hands-on learning from day one, building real-world skills through a curriculum that blends programming basics, digital and control engineering, signals and systems, electromagnetic fields, microelectronics, electronics, measurement technology, infocommunications, power systems, and embedded/control systems. As part of the Faculty of Electrical Engineering and Informatics—the top training and research hub in Hungary for this field since 1949—you'll have access to cutting-edge labs and infrastructure that let you tackle everything from high-current electrical engineering to microelectronic tech, preparing you for specializations like Embedded and Control Systems, Infocommunication, or Sustainable Electric Energetics.

This practical focus means you'll work with industry-standard tools and setups right in your courses:

- State-of-the-art laboratories covering microelectronics to power electronics, robotics, space technology, embedded systems, and telecommunications, with modern infrastructure supporting both training and research.
- Programming and software tools integrated throughout, including basics of programming alongside digital engineering and informatics for tasks in electronics, control systems, and infocommunications.
- Electronics and measurement labs dedicated to materials in electronics, electronics technology, measurement technology, and instrumentation for hands-on experimentation.
- Power and high-voltage facilities focused on electrical engineering, power systems, electromagnetic fields, and sustainable energetics to simulate real engineering challenges.

Imagine applying for this program and stepping into BME's world-class setup—it's designed to turn your passion for electrical engineering into expertise employers crave.

Progression & Future Opportunities

At Budapest University of Technology and Economics (BME), the Electrical Engineer BSc program dives deep into hands-on learning right from the start, giving you practical skills in areas like programming, digital and control engineering, signals and systems, electromagnetic fields, microelectronics, electronics, measurement technology, infocommunications, electrical power engineering, and embedded systems. You'll work with cutting-edge tools and facilities at the Faculty of Electrical Engineering and Informatics—the largest and most prestigious in Hungary for electrical engineering training and research since 1949—to tackle real-world tasks in specializations like Embedded and Control Systems, Infocommunications, or Sustainable Electric Energetics. This means building expertise through labs, projects, and tech that prepare you for industry right away, with degrees highly valued nationally and internationally.

Here's how you'll gain that experiential edge:
- Laboratories for research and practice: Access modern labs covering the full spectrum of electrical engineering, from microelectronics and power electronics to embedded systems and measurement technology, supporting hands-on work in electronics, instrumentation, and control.
- Programming and software skills: Balanced training in basics of programming, computer science, and informatics, including tools for digital engineering, signals & systems, and embedded/control systems—essential for real engineering tasks.
- Group and specialized projects: Project-oriented curriculum where you'll apply knowledge in narrow professional fields, like designing systems in infocommunications or sustainable energetics, often collaboratively after the first four semesters.
- Research institute integration: The Faculty of Electrical Engineering and Informatics serves as Hungary's top research hub, with infrastructure for PhD-level work that's open to undergrads, including electromagnetic fields, microelectronic manufacturing, and high-voltage engineering.

Imagine turning these experiences into your launchpad for a thriving career—BME grads are in high demand!