Bachelor in Electrical Engineering and Information Technology

Vienna University of Technology (TU Wien) is a historic and research-intensive institution in Austria’s capital, founded in 1815 and renowned for engineering, computer science, architecture, and the natural sciences. Hosting over eleven thousand students, including a substantial international community, TU Wien blends strong theoretical foundations with practical, project-based learning. Its central Vienna location provides excellent links to industry partners, cultural institutions, and international research networks.

TU Wien emphasizes interdisciplinary collaboration, innovation, and real-world impact through applied research and partnerships with industry. Students benefit from modern laboratories, design studios, and entrepreneurship initiatives that support hands-on learning and startup formation. With a diverse portfolio of roughly seventeen academic programs and a supportive international office, the university helps students access internships, research placements, and cross-border exchange opportunities.

Campus life combines rigorous academics with Vienna’s high quality of life, offering cultural richness, efficient public transport, and a welcoming student community. International students will find language support services and integration programs that ease arrival and study in Austria. Whether pursuing advanced research or professional preparation, TU Wien provides a well-rounded technical education grounded in innovation, sustainability, and global collaboration.

The Bachelor in Electrical Engineering and Information Technology at Vienna University of Technology is a degree program that deals with technologies based on electrical energy. This program is for students who want to understand and research topics like smartphones, computers, and smart homes. The program helps students learn technical fundamentals and develop skills in sustainable energy sources and new technologies.

The curriculum covers technical fundamentals of electrical engineering and information technology. Students learn about electrical energy, electronics, and computer systems. The program also pays attention to sustainable energy sources and the development of new technologies for energy- and resource-saving production of electrotechnical components. Students develop skills in programming, circuit analysis, and electronics design.

Graduates can work as electrical engineers, electronics engineers, or embedded systems engineers. They can find jobs in industry and business, consulting, or transportation companies. Other career options include working as a systems engineer, control systems engineer, or telecommunications engineer. These professionals work on designing, developing, and testing electrical systems and components.