Electrical Engineering BSc

4 Years On Campus Bachelors Program

Óbuda University

Program Overview

The Electrical Engineering BSc at Óbuda University's Kandó Kálmán Faculty of Electrical Engineering is a full-time, 7-semester program in English that equips you with comprehensive knowledge in technical sciences, natural sciences, economics, and humanities, plus hands-on skills to design devices, program systems, and manage projects in high-demand fields like automation and energy. It's perfect for students passionate about innovation who want practical expertise in infocommunication technologies, instrumentation, and automation, with specializations in Automation, Communication technologies, Embedded systems, or Energy—leading to great job prospects worldwide and a clear path to MSc studies.

Curriculum Structure
Year 1
You'll kick off with a strong foundation in core sciences and engineering basics, diving into Mathematics, Physics, and Electrical Circuits to build your problem-solving skills right from the start. Hands-on labs and practices help you grasp how electrical systems work in real-world scenarios, setting you up for more advanced topics while introducing economics and humanities for a well-rounded perspective. This year ensures you're comfortable with the fundamentals before tackling specialized engineering challenges.

Year 2
Building on basics, you'll explore Electronics, Digital Techniques, and Programming, learning to design and test circuits while getting practical experience in coding for electrical applications. Expect engaging projects that blend theory with lab work, helping you understand how components interact in modern devices and preparing you for industry-relevant tools. It's an exciting phase where concepts start coming alive through experimentation.

Year 3
Here, you delve into Control Engineering, Microcontrollers, and Power Electronics, focusing on automation and embedded systems through advanced simulations and prototypes. You'll gain skills in system integration and testing, with coursework emphasizing creative problem-solving for real industrial needs like energy management. This builds your confidence in handling complex projects independently.

Year 4 (Semesters 7)
The final stretch hones specialization through electives in areas like Embedded Systems or Communication Technologies, culminating in a thesis and professional practice placement of at least six weeks. You'll apply everything—from design and calibration to quality assurance—in capstone projects, emerging ready to lead in automation, energy, or infocomm sectors.

Focus Areas
Automation, Communication technologies, Embedded systems, Energy—tailor your path to exciting careers in smart systems, sustainable power, or cutting-edge tech.

Learning Outcomes
Graduates design electrical devices and systems, program solutions, manage calibration/testing/quality, handle installations, and lead in Infocommunication Technologies, Instrumentation, and Automation—with creative skills for modern industry demands.

Professional Alignment (Accreditation)
This BSc is fully accredited as a recognized engineering qualification from Óbuda University, meeting EU standards for electrical engineers and enabling seamless progression to MSc programs or global roles.

Reputation (Employability Rankings)
Electrical engineering grads from Óbuda are highly sought-after worldwide, with the program's practical focus ensuring quick placement in design, manufacturing, and operations—backed by strong industry ties and a track record of real-world readiness. Official stats highlight excellent prospects in electronics, power, and automation fields.

Experiential Learning (Research, Projects, Internships etc.)

At Óbuda University's Kandó Kálmán Faculty of Electrical Engineering, our Electrical Engineering BSc program puts hands-on learning front and center, so you'll build real-world skills right from the start through dedicated labs, practices, and specialized projects in areas like embedded systems and automation. You'll dive into designing and testing electrical devices, electronics technology, and communication systems using faculty-specific labs that simulate industry environments, giving you the practical edge employers love. This full-time, 7-semester English-taught program at our Budapest campus emphasizes lab work (lb hours) alongside lectures and practices, ensuring you're not just learning theory but applying it immediately.

Here's how we make experiential learning come alive for Electrical Engineering students, drawn straight from our curriculum and faculty details:

- Extensive laboratory practice: Weekly lab sessions (lb) in subjects like Electronics Technology, Electrical Energetics, and specialized modules for embedded systems, automation, hardware, computer networks, and internet technology—perfect for hands-on measurement, testing, and system design.
- Work placements and internships: Mandatory at least 6-week workplace placement, with dual training options requiring in-company practice after each study period to gain real industry exposure.
- Specialized facilities at Kandó Kálmán Faculty: Access to institute-level labs through the Institute of Microelectronics and Technology for cutting-edge work in physics, microelectronics, and related fields.
- Curriculum-driven projects: Group-oriented practices (pr hours) in professional modules like Communication Technologies, Embedded Systems, and Automated Manufacturing Systems, fostering teamwork on practical engineering challenges.
- Advanced tools and digital integration: Labs equipped for programming, calibration, quality testing, and installation processes, supporting specializations in Automation, Communication Technologies, Embedded Systems, and Energy.

This approach has our graduates landing roles in design, manufacturing, and operations worldwide—imagine jumping straight into that after just 7 semesters.

Progression & Future Opportunities

At Óbuda University's Kandó Kálmán Faculty of Electrical Engineering, our Electrical Engineering BSc program dives deep into hands-on learning right from the start, building your practical skills through dedicated labs, real-world projects, and industry placements. You'll work with cutting-edge tools in specialized areas like embedded systems, automation, communication technologies, and hardware, gaining the expertise employers crave for designing systems, programming devices, and managing modern tech. The curriculum blends lectures, practices, and laboratory sessions across 7 semesters, ensuring you apply theory immediately in a full-time English-taught program at our Budapest campus.

Here's how we make experiential learning come alive for you::
- Laboratory practice (lb): Weekly hands-on sessions in subjects like Physics, Electrotechnics, and specialized modules, where you'll experiment with circuits, semiconductors, transformers, RLC circuits, and electrodynamics basics.
- Work placement/internships: Mandatory at least 6-week internship in a real workplace; for dual training paths, every study period includes in-company placements to build professional experience.
- Group projects and practices (pr): Collaborative practices in curricula like "F" (embedded systems, automated manufacturing, communication technologies), focusing on hardware, computer networks, and internet technology.
- Specialized facilities: Access to labs at the Kandó Kálmán Faculty and Institute of Microelectronics and Technology for practical training in automation, energy, and infocommunication.
- Software and digital tools: Training in programming, embedded systems, and internet tech tools integrated into specializations like Curriculum D (hardware, networks) and E/F (embedded/automation).

Imagine graduating ready to jump into high-demand roles worldwide—this is your chance to turn passion into a career.