Electrical Engineering and Computer Science

Pursue a future at the forefront of technology with Czech Technical University’s (CTU) innovative Bachelor of Science in Electrical Engineering and Computer Science (EECS). This three-year, full-time program, taught entirely in English, equips you with a powerful skillset, merging expertise in electrical engineering and computer science.

Shape the Future: Become a highly sought-after specialist capable of designing, developing, and implementing cutting-edge solutions that bridge the gap between electrical systems and computational power.

Dual Expertise: Gain a comprehensive understanding of electrical engineering fundamentals, including circuits, electronics, power systems, and control theory. Simultaneously, delve into computer science, mastering programming languages, algorithms, data structures, and computer architecture.

Tailor Your Studies: The program offers flexibility, allowing you to personalize your learning journey by choosing elective courses that align with your specific interests. Explore areas like embedded systems, robotics, computer engineering, or automatic control.

Project-Based Learning: Develop your problem-solving skills and apply theoretical knowledge through practical, hands-on projects. Work on real-world engineering challenges, individually or collaboratively, to design and implement innovative electrical and computer systems.

Industry Connections: Benefit from CTU’s strong industry partnerships. Gain valuable insights from guest lectures by industry professionals and explore potential internship opportunities with leading technology companies.

Internationally Recognized Degree: A degree from CTU, a prestigious technical university, holds global recognition, opening doors to exciting career opportunities worldwide.

Develop Valuable Skills: Refine your analytical thinking, problem-solving abilities, and technical expertise. Hone your communication and teamwork skills to collaborate effectively in a dynamic engineering environment.

Graduates emerge as highly versatile engineers, prepared for a wide range of careers in fields such as:

• Embedded systems design
• Robotics engineering
• Internet of Things (IoT) development
• Smart grid technology
• Artificial intelligence and machine learning
• Control systems engineering
• Computer engineering
• Telecommunications engineering
• Research and development