Bachelor's Degree in Telecommunication Systems Engineering

4 Years On Campus Bachelors Program

Autonomous University of Barcelona

Program Overview

The Bachelor's Degree in Telecommunication Systems Engineering at the Autonomous University of Barcelona (UAB) equips you with the skills to design, build, and manage cutting-edge communication networks and systems that power our connected world—from mobile networks to satellite tech. It's perfect for tech-savvy students who love problem-solving, coding, and innovation, and you'll dive into electronics, signal processing, and data networks over four years, preparing you for a dynamic career in telecom.

Curriculum Structure
First Year
You'll kick off with a solid foundation in math, physics, and basic electronics to understand the building blocks of telecom systems. Courses like Mathematics I, Physics, and Electronics introduce you to calculus for signal analysis, electromagnetism for wave propagation, and circuit design, setting you up to tackle real-world communication challenges right from the start.

Second Year
Here, things get exciting as you explore core telecom concepts, including Signals and Systems, Digital Electronics, and Electromagnetic Fields. You'll learn to process signals for transmission, design digital circuits for devices like routers, and model how waves travel through space—skills essential for everything from Wi-Fi to radar systems.

Third Year
Dive deeper into networks and advanced systems with subjects like Computer Networks, Wireless Communications, and Digital Signal Processing. You'll master protocols for internet infrastructure, antenna design for mobile signals, and algorithms to clean up noisy data, giving you hands-on know-how for building reliable 5G and beyond networks.

Fourth Year
Cap it off with cutting-edge topics and a final project, featuring courses such as Network Management, Satellite Communications, and Optoelectronics. You'll plan large-scale telecom installations, integrate photonics for high-speed fiber optics, and apply machine learning to optimize systems, culminating in defending your own innovative project before experts.

Focus Areas
Wireless networks, satellite systems, signal processing, optoelectronics, and next-gen internet technologies like 5G/6G and Industry 4.0 applications.

Learning Outcomes
Graduates can design radiocommunication systems (antennas, channels), build advanced electronic circuits, plan heterogeneous networks for data and multimedia, and integrate telecom in multidisciplinary fields like biomedicine—while ensuring sustainability and regulatory compliance.

Professional Alignment (Accreditation)
This official bachelor's degree from UAB's School of Engineering meets European Higher Education Area (EHEA) standards, aligning with professional qualifications for telecommunications engineers regulated by bodies like the Official College of Technical Telecommunications Engineers (COITT).

Reputation (Employability Rankings)
UAB's Department of Telecommunications and Systems Engineering leads in research with top groups like SPCOMNAV (world-renowned in GNSS and 5G positioning) and WIN (machine learning for eHealth/Industry 5.0), hosting events like the National Telecommunications Olympics. Graduates thrive in high-demand telecom roles, backed by UAB's strong engineering rankings and industry ties.

Experiential Learning (Research, Projects, Internships etc.)

The Bachelor's Degree in Telecommunication Systems Engineering at Universitat Autònoma de Barcelona equips you with practical, hands-on experience from day one. Rather than sitting passively through lectures, you'll work in specialized computer rooms and laboratories throughout all four years of the program, gaining direct experience with the tools and technologies that shape modern telecommunications. The university's strategic location near world-class research centers means you'll have access to cutting-edge facilities and participate in high-quality work placements that directly connect your classroom learning to real industry challenges.

The program integrates practical experience into its core structure through:

- Advanced research centers on campus, including the Computer Vision Centre, Artificial Intelligence Research Institute, and National Microelectronics Centre, where you can engage in cutting-edge projects
- Service-learning projects (TFGs with SL) that connect your engineering skills to real-world community needs — for example, recent projects include designing adapted gardens for children with disabilities and developing assistive technologies
- Specialized laboratory work across four years, with hands-on practice in dedicated computer rooms designed specifically for telecommunications engineering coursework
- Industry partnerships with leading ICT sector companies that facilitate placement opportunities and real-world problem-solving experience
- Research groups actively working on applied challenges in areas like air traffic management, wireless sensor networks, machine learning applications, and smart grid systems — opportunities where you can contribute to actual research
- Flexible dual-degree option allowing you to combine this program with Computer Engineering, expanding your technical capabilities and career options

The department's research initiatives span practical applications including control systems, renewable energy management, automated systems, and data processing solutions that often incorporate student participation. This means your learning extends beyond textbooks into genuine technological innovation.

Progression & Future Opportunities

At the Autonomous University of Barcelona (UAB), our Bachelor's Degree in Telecommunication Systems Engineering dives right into hands-on learning from day one, so you'll build real-world skills in designing, processing, and managing communication systems through practical work in dedicated facilities. You'll get access to specialized labs and computer rooms across all four years, plus close ties to cutting-edge research centers on campus that let you tackle actual telecom challenges with expert guidance from the Department of Telecommunications and Systems Engineering. This setup means you're not just studying theory—you're applying it in environments that mirror industry needs, preparing you for a field where telecom engineers solve everyday problems in remote communication and data handling.

Here are some standout ways you'll gain experiential learning tailored to this program:
- Practicals in computer rooms and laboratories: Hands-on sessions spread over the full 240-credit, 4-year degree at the Bellaterra Campus School of Engineering, focusing on telecom systems analysis, design, and implementation.
- High-quality work placements and internships: Partnerships with leading ICT companies and on-campus centers like the Computer Vision Centre, Artificial Intelligence Research Institute, and National Microelectronics Centre open doors to real industry experience and smooth job entry.
- Collaboration with research groups: Work alongside researchers from the Department of Telecommunications and Systems Engineering on advanced topics, with opportunities linked to related master's like Telecommunication Engineering for deeper dives.
- Combined degree options for broader skills: Pair it with Computer Engineering for integrated projects in computing and telecom, enhancing group work in innovative tech environments.
- English-taught subjects available: Select electives in English (up to 5% of the program) for global teamwork and tools in subjects specific to Telecommunication Systems Engineering.

Imagine stepping into a career where you're ready to innovate in satellite navigation, microelectronics, or smart systems—our track record with top employers makes applying a smart move.