Electrical Engineering and Computer Science

3 Years On Campus Bachelors Program

Czech Technical University in Prague

Program Overview

# Bachelor in Electrical Engineering and Computer Science at CTU

## Program Overview

The Electrical Engineering and Computer Science (EECS) program at Czech Technical University in Prague is a rigorous, English-taught bachelor degree that prepares you for master's studies and diverse careers in technology. You'll gain versatile theoretical preparation across fundamental engineering disciplines—mathematics, physics, algorithms, and programming—while building practical expertise in electrical engineering, software development, embedded systems, and IT.

This program is perfect if you want flexibility to shape your own career path, whether that's power engineering, software development, computer science, or management roles across the tech industry.

## Curriculum Structure

Year 1: Foundation in Core Engineering
Your first year establishes the mathematical and physical foundations you'll need throughout your career. You'll dive into discrete and continuous mathematics, physics fundamentals, and introductory programming and algorithms. These compulsory subjects form the backbone of the program, giving you the theoretical framework to understand the more specialized topics ahead.

Year 2: Expanding Technical Depth
In your second year, you'll deepen your technical knowledge across electrical engineering principles and more advanced computer science concepts. This is where the program's flexibility really kicks in—you'll start selecting from compulsory branch subjects that align with your interests, whether that's power engineering, software systems, or another specialization.

Year 3: Specialization and Capstone
Your final year lets you focus on advanced electives in your chosen area while completing your bachelor thesis—a substantial 20-credit project where you apply everything you've learned. This culminating experience prepares you to either launch directly into professional roles or continue into master's degree programs.

## Focus Areas

Electrical engineering, power engineering, software and embedded systems development, computer science, information technologies

## Learning Outcomes

Graduates become proficient in electrical engineering and power engineering with extended knowledge of economics and management; develop expertise in software and embedded systems development; and master computer science and information technologies with the flexibility to configure their own study profile

## Professional Alignment

The program is specifically designed so graduates are prepared to either start careers in industry immediately or continue master's degree studies at CTU FEE and universities worldwide. The 180-credit structure meets international standards for bachelor's qualification.

## Reputation & Employability

CTU FEE is recognized as the best electrical engineering and computer science faculty in the Czech Republic according to the international QS Ranking. The faculty emphasizes 100% job placement immediately after graduation, combining electronics and computer science with practical skills in invention, building, and programming.

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Official Program Link: https://eecs.fel.cvut.cz

Experiential Learning (Research, Projects, Internships etc.)

At the Bachelor in Electrical Engineering and Computer Science (EECS) at Czech Technical University in Prague (CTU FEE), you'll dive right into hands-on learning that builds real-world skills from day one. The program emphasizes practical expertise alongside theory, linking directly to the faculty's cutting-edge research in areas like robotics, machine learning, microelectronics, and power systems. You'll work in state-of-the-art labs and facilities across two prime Prague locations—Dejvice campus and Charles Square—gaining proficiency in programming, embedded systems, algorithms, and electrical engineering through project-based courses and interdisciplinary electives.

This means access to tools and setups tailored for EECS students, preparing you for industry or advanced studies:
- Specialized laboratories for microelectronics (design of sensors, integrated circuits, and semiconductor components), robotics (UGV/UAV control, sensor fusion), and biomedical engineering (e-health tools and medical data processing).
- Research-designated facilities tied to faculty projects in intelligent data analysis, scalable optimization, energy harvesting for microsystems, and high-temperature diamond sensors.
- Software and digital tools via elective courses like Computer Architectures (BE5B35APO) and Automatic Control (BE5B35ARI), plus programming and algorithm-focused compulsory subjects.
- Group projects and interdisciplinary work encouraged through flexible study plans (180 credits min., including 39-81 in branch electives), bachelor's thesis (20 credits), and synergies across departments like Control Engineering, Cybernetics, and Electrotechnology.
- Departmental resources including the Department of Microelectronics, Department of Control Engineering, and others supporting power engineering materials (e.g., BE5B13MVE course).

All study programmes are closely linked to faculty research, so you'll get that edge for internships and jobs—100% placement rate post-graduation. Ready to apply? Check the full facilities and study plans here: https://eecs.fel.cvut.cz

Progression & Future Opportunities

At the Faculty of Electrical Engineering (FEE) of Czech Technical University in Prague, our Bachelor in Electrical Engineering and Computer Science (EECS) program dives deep into hands-on learning right from the start, blending electrical engineering with computer science through real-world labs, projects, and cutting-edge tools. You'll build practical skills in areas like circuit design, microcontrollers, programming, and algorithms using specialized facilities across our Dejvice campus and Charles Square locations—places packed with state-of-the-art labs tied directly to faculty research in robotics, microelectronics, and AI. This isn't just theory; it's where you get versatile training for industry jobs or master's programs worldwide, with 100% employability straight out of graduation.

Here's how experiential learning comes alive in EECS, with access to program-specific labs, departments, and tools:
- Specialized laboratories in departments like Microelectronics (for sensors, integrated circuits, and semiconductor structures), Electromagnetic Field, and Electrotechnology, where you apply courses like Fundamentals of Electrical Circuits and Electron Devices through hands-on circuit analysis and device modeling.
- Microcontroller and embedded systems labs for courses like Microcontrollers (BE5B34MIK), letting you work with architectures, peripherals, and communication protocols to build real embedded systems.
- Programming and algorithms projects, including group work on essential algorithms, data structures, and state-space search in courses like Programming Essentials (BE5B33PRG) and Algorithms (BE5B33PGE).
- Research-linked facilities across 16 doctoral fields, including robotics labs for UGV/UAV control and sensor fusion, plus machine learning centers—bachelor students can join elite research even early on.
- Modern digital tools and software integrated into elective and core courses, such as those in Computer Architectures (BE5B35APO) and Automatic Control (BE5B35ARI), with faculty emphasis on timeless, practical tech skills.

Imagine jumping into internships or industry contracts through our 25% research and contract focus—many EECS grads do, thanks to this setup. Ready to apply and turn your ideas into reality? Check the full facilities and study plans here: https://eecs.fel.cvut.cz and https://fel.cvut.cz/en.