Bachelor of Science in Electrical Engineering

At Warsaw University of Technology, you'll develop practical engineering skills through a combination of modern laboratories, specialized equipment, and industry partnerships. The program emphasizes learning by doing, with students working in well-equipped facilities and engaging in meaningful projects that mirror actual professional work. This approach ensures you're not just understanding electrical engineering concepts—you're actually applying them:

- Dedicated Laboratory Facilities: Access to specialized labs including the High-Voltage Laboratory, Power Electronics Laboratory, and Microelectronics Laboratory where you conduct experiments and design real systems
- Modern Software and Tools: Work with industry-standard software including MATLAB, Simulink, SPICE, and CAD tools used by professional electrical engineers worldwide
- Group Design Projects: Collaborative capstone projects that simulate real engineering teams, where you'll work with peers to solve complex electrical engineering problems
- University Research Institutes: Participation opportunities in research at the Institute of Power Engineering and the Institute of Microelectronics and Optoelectronics
- Industry Internships: Direct connections with leading Polish and international companies for practical internship placements during your studies
- State-of-the-Art Libraries and Learning Centers: Access to the Main Library with extensive technical resources and digital databases for engineering research
- Field Visits and Industrial Partnerships: Scheduled visits to power stations, manufacturing facilities, and technology companies to see engineering in action

The combination of rigorous coursework, hands-on laboratory work, and real-world industry experience means you'll graduate not just with a degree, but with a portfolio of practical skills employers actively seek.

For a complete overview of facilities and resources available to engineering students, I'd recommend exploring the university's official facilities directory through the main Politechnika Warszawska website.

At Warsaw University of Technology's Faculty of Electrical Engineering, experiential learning is at the heart of the Bachelor of Science in Electrical Engineering program, giving you hands-on skills that employers love. You'll dive into real-world projects using state-of-the-art labs equipped with cutting-edge tools like oscilloscopes, signal generators, and programmable logic controllers right from your first year. The program emphasizes practical training through specialized workshops and industry-standard software, ensuring you're not just learning theory but building, testing, and innovating like a pro engineer.

Here's how you'll get that invaluable experience:
- Advanced Laboratories: Access over 50 specialized labs, including the High Voltage Laboratory, Power Systems Lab, and Electronics Design Lab, where you'll conduct experiments on circuits, electromagnetics, and renewable energy systems using tools like MATLAB, LTSpice, and Cadence for simulations and PCB design.
- Group Projects: Collaborate on team-based capstone projects in your final years, such as designing smart grid prototypes or embedded systems, often with industry partners from companies like ABB or Siemens.
- Internships and Industry Placements: Mandatory internships in the third year, coordinated through the university's Career Office, with opportunities at top firms like PGE or international tech giants—many students secure jobs directly from these.
- Software and Digital Tools: Hands-on training with professional software including AutoCAD Electrical, PSCAD for power simulations, and Python for automation, plus access to the university's high-performance computing clusters for complex modeling.
- Field Trips and Site Visits: Regular excursions to power plants, renewable energy farms, and tech hubs in Warsaw, like the National Centre for Research and Development facilities, to see engineering in action.
- Research Labs and Institutes: Work in dedicated research facilities like the Institute of Control and Computation Engineering or the Laboratory of Photovoltaics, contributing to EU-funded projects on smart grids and AI in electrical systems.
- Libraries and Resources: 24/7 access to the Faculty Library with 50,000+ engineering volumes, plus digital repositories like the WUT Digital Library and IEEE Xplore for the latest papers and tools.

This is your chance to build a resume that stands out—apply now and turn your passion for engineering into real expertise.