Bachelor's degree in Telecommunications Network Engineering

4 Years On Campus Bachelors Program

Pompeu Fabra University

Program Overview

The Bachelor's degree in Telecommunications Network Engineering at Pompeu Fabra University gives you a solid foundation in designing, managing, and innovating telecom networks, perfectly suited for students passionate about technology, connectivity, and solving real-world communication challenges. Over four years and 240 ECTS credits, you'll gain hands-on skills for professional practice, with most upper-year courses in English and options to study the entire degree that way, all at an affordable €1,248.52 for the first year for EU students.

Curriculum Structure
First Year
You'll kick off with core engineering basics to build a strong technical mindset, diving into foundational math, physics, and intro programming that set the stage for network expertise. Classes like algebra, calculus, and basic electronics help you grasp how signals and systems form the backbone of telecom, while informatics introduces computing essentials—all in morning sessions to ease you in.

Second Year
Here, things get more specialized as you explore signals, systems, and early networking concepts, building skills in analysis and simulation. Key courses such as Signals and Systems II and Network Simulation and Modelling teach you to model real networks and handle data flow, with afternoon classes blending theory and practice to prepare you for advanced design.

Third Year
This is where you dive deep into network operations and management, tackling everything from optical tech to project planning. You'll study Optical Networks, Project Management, and IT Services and Network Management, plus labs like Networking Lab, gaining practical experience in building and optimizing high-speed networks through hands-on projects.

Fourth Year
Cap it off with cutting-edge electives and your final project, focusing on innovation in a flexible schedule. Courses like Machine Learning for Networking, Statistical Models, and advanced options such as Computer Vision or Real-Time Graphics let you tailor your path to emerging fields like AI-driven networks, culminating in a 15 ECTS bachelor's thesis that showcases your expertise.

Focus Areas
Core emphasis on telecommunications networks, including signal processing, optical and wireless systems, network simulation, project management, and modern integrations like machine learning and data science for next-gen connectivity.

Learning Outcomes
Graduates emerge ready to design, deploy, and manage telecom infrastructures; analyze signals and systems; simulate networks; and apply AI/ML in networking—equipped for professional roles with strong problem-solving, English proficiency, and international mobility options up to 20 ECTS.

Professional Alignment (Accreditation)
This 2016 syllabus program is officially accredited, qualifying you directly for professional engineering practice in telecommunications across the EU, with 62 ECTS basics, 123 compulsory, 40 electives (including internships), and robust industry-aligned training.

Reputation (Employability Rankings)
UPF boasts top-tier employability: 90% of graduates would choose it again, 30% land jobs through university connections, and 1,200 internship partners boost your edge—plus, as a world-leading young university, it ranks high in engineering fields with 32 English-taught programs drawing global talent.

Experiential Learning (Research, Projects, Internships etc.)

At Pompeu Fabra University (UPF), the Bachelor's degree in Telecommunications Network Engineering puts practical skills front and center, so you're not just learning theory—you're building real-world expertise through hands-on experiences like internships and projects tailored to network technologies. With partnerships across 84 companies and organizations, 229 students have already completed internships, giving you direct access to industry pros and cutting-edge tools in wireless communications and telecom strategies. The program, housed in the dynamic Department of Information and Communication Technologies (ETIC) at the state-of-the-art Poblenou campus, equips you with facilities that mirror professional environments, from advanced labs to collaborative research spaces.

Here's what stands out for gaining those essential hands-on skills:
- External internships: Up to 15 ECTS credits dedicated to placements with 84 partner companies and organizations, where 229 students have interned—perfect for applying network engineering in real telecom settings.
- Group projects and final bachelor's project: A 15 ECTS capstone plus optional subjects encourage teamwork on practical challenges in networks and communications, supported by ETIC's research in wireless tech and intelligent systems.
- Laboratories and research facilities: Access to the Tànger building labs at Poblenou campus for hands-on work in Networks and Communications, backed by faculty like Prof. Miquel Oliver, whose wireless research includes patents and industry spin-offs.
- Departmental institutes and resources: ETIC's multidisciplinary setup fosters projects in Cognitive Systems, Audiovisual Technologies, and Computational Biology, with top-tier ICT R&D funding and María de Maeztu excellence recognition.

Imagine diving into this at UPF—it's your launchpad to a thriving career in telecom networks. Ready to apply? Check the full facilities details here: https://www.upf.edu/en/web/graus/grau-enginyeria-xarxes-telecomunicacio.

Progression & Future Opportunities

At Pompeu Fabra University (UPF), the Bachelor's degree in Telecommunications Network Engineering emphasizes hands-on learning right from the start, helping you build real-world skills in network design, communication systems, and ICT infrastructure through practical training in our state-of-the-art facilities. You'll work with cutting-edge tools and infrastructure supported by the Department of Information and Communication Technologies Engineering (DTIC), which offers modern labs and resources tailored for networks and communications research, ensuring you graduate ready to tackle industry challenges. Over the past few years, 229 students like you have completed internships at 84 partner companies and organizations, giving you that crucial edge in the job market.

Here's how our program delivers experiential learning:
- External internships: Up to 15 ECTS credits dedicated to real-world placements with 84 companies and organizations, where 229 students have already gained professional experience.
- Research-designated facilities: Access to DTIC's well-established infrastructure and modern labs focused on networks and communications, plus interdisciplinary collaboration in areas like cognitive systems and audiovisual technologies.
- Group projects and final degree project: Compulsory and optional subjects (123 + 40 ECTS) include team-based work culminating in a 15 ECTS bachelor's final project, applying skills in practical engineering scenarios.
- Departmental research groups: Hands-on opportunities within DTIC's groups in networks, communications, and related ICT fields, fostering top-quality research with European-funded projects.

This practical focus, combined with our top-ranked engineering department, makes applying a smart move—spots are limited, so let's get your application started! Check the full facilities details here: [UPF Engineering Facilities and Research](https://www.upf.edu/en/web/enginyeria).