Bachelor Information and Communications Engineering

4 Years On Campus Bachelors Program

University of Klagenfurt

Program Overview

The Bachelor Information and Communications Engineering at University of Klagenfurt equips you with both cutting-edge technical expertise and hands-on practical skills to shape tomorrow's technology. Whether you're passionate about robotics, autonomous systems, smart sensors, or communications networks, this program gives you the foundation to turn innovative ideas into real-world solutions while working alongside industry partners.

Curriculum Structure

First Year: Building Your Technical Foundation

You'll start by establishing strong fundamentals in Electrical Engineering and Physics, where you'll explore how electronic devices advance and discover the physical properties essential for information processing. Simultaneously, you'll dive into Informatics and Software Development, learning sound programming principles across all development stages—from planning and development through implementation and testing. This foundational year ensures you have the scientific and engineering background needed to build a career you can rely on for life.

Second and Third Year: Specialization and Practical Application

As you progress, you'll deepen your expertise in Electronics and Circuitry, delving into microelectronics and digital circuit design. You'll explore Signals and Systems, understanding how signals travel and learning digital signal processing and communications engineering. In parallel, Measurement and Control Systems Engineering becomes increasingly central to your studies, reflecting industry's growing need for autonomous process control and automation technology. Throughout this phase, you'll spend significant time in the laboratory with real equipment, usually working in teams on specific tasks and projects that mirror professional engineering challenges.

Final Year: Specialization and Capstone

Your final semester culminates in your Bachelor's Thesis and Seminar, where you'll apply everything you've learned to a substantial research or engineering project. By this point, you'll have completed 180 ECTS credits across six semesters, earning your Bachelor of Science (BSc) degree.

Focus areas: Electronics, circuitry, signals and systems, measurement and control systems engineering, computer and network technology

Learning outcomes: Professional skills in current state-of-the-art information technology; ability to apply mathematical and technical foundations to engineering problems; expertise in designing, developing, and testing both hardware and software solutions; competency in autonomous systems and automation

Professional alignment: The program is assigned to the group of Engineering Sciences programs and leads to qualifications for professional engineering activities. Many graduates enter professional life directly after their Bachelor's degree, while others pursue specialized Master's programs in areas like Autonomous Systems and Robotics, Networks and Communications, or Business Engineering—all tailored to your interests.

Reputation and employability: University of Klagenfurt's Information and Communications Engineering program emphasizes practical relevance through laboratory work, research placements, and close collaboration with renowned companies, ensuring graduates are job-ready upon completion.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Klagenfurt's Bachelor in Information and Communications Engineering, you'll dive right into hands-on learning that builds real-world skills from day one, blending theory with practical work in state-of-the-art labs focused on electronics, networks, signals, and systems. You'll get plenty of lab sessions and exercises using specialized tools for signal processing, computer networks, measurement technology, and circuit design, ensuring you're ready to tackle industry challenges like developing secure software or advancing electronic devices. This program emphasizes practical training through courses in robotics, image processing, and control systems, all taught in modern facilities that mirror professional environments.

Here's what makes the experiential side so strong: targeted labs, projects, and tools designed just for this program:
- Dedicated lab sessions in signal processing for communications, mobile communications, sensors and actuators, and robotics fundamentals, where you'll apply concepts hands-on with compulsory attendance for key exercises (marked KS* and VC* courses).
- Group-oriented seminars like Seminar on Smart Grids and practical courses in modelling/simulation of energy systems, powerline communications, and advanced wireless communications, fostering teamwork on real tech problems.
- Network and electronics labs for computer/network technology, microelectronics, and digital circuitry, teaching you to build, test, and secure distributed systems against cyberattacks.
- Measurement and control systems labs focused on autonomous processes, automation technology, and traffic telematics, with tools for digital signal processing and communications engineering.
- Access to research-driven facilities via the Institute of Information Technology and related labs supporting branches like Networks and Communications, Autonomous Systems and Robotics.

This practical foundation sets you up perfectly for internships, industry roles, or our tailored Master's programs—imagine applying these skills right away!

Progression & Future Opportunities

At the University of Klagenfurt's Bachelor in Information and Communications Engineering, you'll dive right into hands-on learning from day one, building real-world skills in areas like electronics, software development, networks, signal processing, and control systems through practical lab sessions and project-based courses. Our state-of-the-art facilities let you experiment with cutting-edge tools in electrical engineering, computer networks, and measurement technology, ensuring you're not just studying theory but actually creating solutions for today's tech challenges. This approach prepares you to tackle everything from designing digital circuits to securing networks against cyber threats, giving you a competitive edge employers love.

Here's how our program makes experiential learning come alive with specific opportunities tailored to ICE students:

- Dedicated lab sessions in signal processing, mobile communications, electronics, and measurement/control systems engineering, where you apply concepts like digital signal processing and circuitry design hands-on.
- Courses with practical components like Mobile Communications (VC + KS formats, 7 ECTS total), Signal Processing for Communications (VC + KS, 7 ECTS), and Powerline Communications (KS, 4 ECTS), emphasizing lab work in wireless networks and sensor systems.
- Network and robotics-focused projects, including seminars like Seminar on Smart Grids (SE, 4 ECTS) and Modeling/Simulation of Energy Systems (VC, 4 ECTS), often involving group work on real-world applications in mobile networks and pervasive computing.
- Research-led teaching in specialized institutes, with access to facilities for branches like Networks and Communications, Autonomous Systems and Robotics, featuring labs for sensors, actuators, and control of autonomous systems.
- University-wide labs and libraries supporting ICE, including those for microelectronics, embedded systems, and technical informatics, plus integration with the doctoral program's research facilities in information and communications engineering.

Applying is straightforward with no entrance exam—just your general university entrance qualification—and you'll graduate ready to launch into industry or our tailored Master's programs.