Bachelor in Electrical and Electronic Engineering

4 Years On Campus Bachelors Program

Bialystok University of Technology

Program Overview

The Faculty of Electrical Engineering at Bialystok University of Technology offers a 7-semester Bachelor's degree in Engineering focused on industry digitization, delivered entirely in English. This program equips you with cutting-edge skills in designing and implementing modern production lines, industrial automation, artificial intelligence in robotics, and digital factory systems aligned with Industry 4.0—preparing you for leadership roles in Poland's rapidly evolving tech sector.

Curriculum Structure

Year 1 (Semesters 1-2): You'll build your technical foundation with core mathematics, physics, and circuits theory, establishing the fundamental knowledge needed for advanced engineering work. Early coursework introduces you to electrical circuits, signal processing basics, and metrology principles that form the backbone of all subsequent specialized studies.

Year 2 (Semesters 3-4): Your studies deepen into electronics, electromagnetic wave theory, telecommunications, and control engineering fundamentals. These semesters bridge theoretical knowledge with practical applications, preparing you for the specialized technical challenges you'll encounter in industry settings.

Year 3 & 4 (Semesters 5-7): You'll progress to advanced topics including renewable energy sources, energy efficiency, electromagnetic compatibility, and digital embedded systems. The final semesters allow you to specialize through elective modules in electrical engineering and electronics, giving you the freedom to tailor your expertise to your career interests while gaining hands-on experience through laboratory classes and projects.

Focus Areas

Industry digitization, digital factory systems, artificial intelligence in vision systems and autonomous robots, production management systems, electrical machines, power electronics, control systems, and renewable energy technologies.

Learning Outcomes

Upon graduation, you'll be able to design and implement smart production systems, program and test autonomous mobile robots, apply AI to industrial vision systems, understand industrial communication networks, develop control algorithms, and manage digital transformation projects in manufacturing environments.

Professional Alignment

The Faculty of Electrical Engineering operates within the scientific discipline of Automatics, Electronics, and Electrical Engineering, with faculty staff holding 4 full professorships, 21 associate professorships, and 48 PhDs in technical sciences. The faculty maintains permanent cooperation with leading electrical, electronics, IT, and high-tech companies, ensuring curriculum relevance to industry demands.

Reputation & Employability

The Faculty of Electrical Engineering is the oldest at Bialystok University of Technology, established in 1949, with over 7,500 graduates who have successfully entered the engineering workforce. Faculty researchers rank among the top 2% of the world's best scientists, reflecting the institution's commitment to excellence. The faculty employs 78 scientists and teachers and operates modern, unique laboratories in energy converters, automatic control, fiber-optics, and high-voltage technology—some housed on the Polish Roadmap for Research Infrastructures.

Experiential Learning (Research, Projects, Internships etc.)

At Bialystok University of Technology's Faculty of Electrical Engineering, our Bachelor's in Electrical and Electronic Engineering dives right into hands-on learning from day one, building your skills in areas like circuit theory, electronics, power systems, and control engineering through real-world labs and projects. You'll work with cutting-edge tools in specialized facilities, including unique labs for energy converters, automatic control, high voltage technology, and fiber-optics—some even featured on Poland's Research Infrastructures Roadmap—giving you practical experience that employers love. This means you'll graduate ready to design, test, and innovate in electrical and electronic systems, not just theorize about them.

Here are some standout ways you'll gain that experiential edge in the program:
- Modern laboratories for core subjects: Dive into hands-on sessions in Electrical Circuits, Electrical Machines, Power Electronics, Control of Electrical Drives, and Instrumentation and Measurements, using specialized equipment in dedicated labs.
- Projects and workshops: Tackle group projects, specialization workshops, and practical tasks like designing electrical installations and testing drives, sharpening your problem-solving in real engineering scenarios.
- Research-designated facilities: Access unique labs for energy converters, automatic control, fiber-optics, and high voltage tech, where you'll experiment with advanced electrical and electronic technologies.
- Software and digital tools: Master numerical methods and simulation software for analyzing circuits and electromagnetic fields, plus tools for signals processing and embedded systems.
- Internships and industry prep: Participate in internships integrated into courses like Electrical Equipment and Installations, with strong ties to high-tech electrical and electronics companies for real-world application.
- Departmental support: Learn from the Department of Electrotechnics, Power Electronics and Electrical Power Engineering, featuring labs and experts delivering lectures, labs, projects, and workshops tailored to the program.

Imagine turning these experiences into your launchpad for a thriving career—why not apply today and make it happen?

Progression & Future Opportunities

At Bialystok University of Technology's Faculty of Electrical Engineering, our Bachelor’s degree in Electrical and Electronic Engineering puts practical skills front and center, so you're not just learning theory—you're building real-world expertise right from the start. You'll dive into hands-on work with electrical circuits, power electronics, machines, control systems, and renewable energy through lectures, labs, projects, specialization workshops, and even internships offered by our dedicated departments. Our modern facilities, like unique research labs for energy converters, automatic control, high voltage technology, and fiber-optics, give you access to cutting-edge tools that match industry needs, including those on Poland's Research Infrastructures Roadmap.

Here's how our program makes experiential learning come alive with specific opportunities tailored to electrical and electronic engineering::
- Laboratories and research facilities: Work in specialized labs such as those for energy converters, automatic control, fiber-optics, and high voltage technology, where you'll conduct experiments in electrical circuits, power electronics, electrical machines, and instrumentation.
- Projects and group work: Tackle projects in areas like control of electrical drives, electrical equipment, and installations, building skills through collaborative specialization workshops and practical tasks.
- Internships: Gain industry exposure via internships integrated into courses on electrotechnics, power electronics, and electrical power engineering, taught by our team of researchers and professors.
- Software and digital tools: Use numerical methods and software for analyzing circuits and electromagnetic fields, plus programming for digital and embedded systems, signals processing, and Industry 4.0 tools like AI in robot vision systems (from related engineering tracks).
- Department support: Train under the Department of Electrotechnics, Power Electronics and Electrical Power Engineering, with 7 independent researchers, 23 assistant professors, and research technicians guiding your lab classes and projects.

Imagine graduating ready to design, implement, and innovate in electronics, telecom, or power systems—our 7,500+ alumni are proof it works.