Bachelor's Degree in Telecommunication Systems and Services Engineering

4 Years On Campus Bachelors Program

Rovira i Virgili University

Program Overview

This programme trains you to become a versatile telecommunications engineer capable of designing, implementing, and managing advanced systems, networks, and services that connect people and devices across the digital world. It’s ideal for students who enjoy technology, problem-solving, and want to work in fast-growing areas like smart cities, the Internet of Things, data networks, and mobile services.

Curriculum structure:

In the first year, you will build a solid foundation in engineering principles through courses such as Fundamentals of Programming, Physics I & II, Analysis Mathematics I & II, and Technical English. These classes give you the analytical and technical skills essential for understanding how information systems and electronic devices operate.

During the second year, the focus shifts to core telecommunications knowledge with modules like Analysis of Circuits and Linear Systems, Networks and Internet, Electronic Digital, and Fundamentals of Communications. You will learn how signals are transmitted and processed, and how network systems are constructed and maintained.

In the third year, the curriculum becomes more specialized, offering tracks such as Telecommunications Systems with courses like Antennas and Radiowave Propagation, Digital Communications, Mobile Applications & Services, and the Telematics track with Network Architecture, Distributed Telematic Systems, and Network Security. This is where you start applying your skills to real-world scenarios such as multimedia services and sensor networks.

By the fourth year, you will prepare for professional-level work with advanced courses such as Design of Networks, Project Management, Telecommunications Energy Management, and Telemedicine. You will also complete your Final Degree Project, integrating all your learning into a practical engineering project.

Focus areas: telecommunications networks, digital communications, mobile and web services, sensor systems, Internet of Things, network security, project design and innovation.

Learning outcomes: ability to design, build, and manage telecommunication systems, analyze signal and network behavior, develop mobile and multimedia applications, apply ICT solutions in smart systems, solve engineering problems, work collaboratively, and communicate technical concepts effectively.

Professional alignment (accreditation): The degree qualifies you to work as a Technical Telecommunications Engineer, a regulated profession recognized in Spain and across Europe, giving your qualification credibility and acceptance in the job market.

Reputation (employability rankings): The program is known for high graduate employability, with nearly all students finding work after graduation. URV engineers are valued nationally and internationally for their versatility and practical skills.

Experiential Learning (Research, Projects, Internships etc.)

At Rovira i Virgili University (URV), the Bachelor's Degree in Telecommunication Systems and Services Engineering dives deep into hands-on learning right from the start, so you'll build real-world skills in designing, managing, and innovating telecom networks and services. You'll work with cutting-edge tools and facilities at the School of Engineering, gaining expertise in areas like data networks, IoT, big data, and embedded systems through practical projects and labs tailored to the program's focus on telecommunications ICT. This approach ensures you're not just learning theory—you're applying it to solve industry challenges, preparing you for high-demand roles in smart cities, telemedicine, and beyond.

Here's what makes the experiential side so exciting: from specialized labs to collaborative projects, you'll get direct access to resources that mirror professional telecom environments:

- Dedicated engineering laboratories at the School of Engineering for telecommunications systems, where you'll experiment with hardware and software for signal processing, networks, and ICT applications.
- Group projects emphasizing multimedia systems, sensor networks, IoT, and intelligent cities, helping you collaborate on real telecom service designs like data transmission and embedded systems.
- Industry-relevant software and digital tools for big data analysis, network simulation, and telecom service management, integrated into coursework for practical ICT training.
- Research-oriented facilities through URV's engineering institutes, supporting hands-on work in telecommunications R&D, including links to advanced topics like computational modeling and optimization.
- University libraries and resources across campuses, stocked with engineering-specific materials for telecom studies, plus access to digital repositories for project research.

Internships and field opportunities are woven in to connect you with telecom companies, boosting your employability in this booming field—imagine certifying devices or leading AI-driven clinical data systems post-graduation. Ready to apply? Check out the full facilities list here: https://www.urv.cat/en/studies/bachelor/courses/by-faculty/school-of-engineering/. Let's get you started on this path—applications are open, and spots fill fast!

Progression & Future Opportunities

At Universitat Rovira i Virgili (URV), the Bachelor's Degree in Telecommunications Systems and Services Engineering immerses you in hands-on learning right from the start, building practical skills in designing, implementing, and managing telecom networks, systems, and services through real-world projects and specialized tools. You'll work with cutting-edge facilities at the School of Engineering, gaining expertise in areas like data networks, IoT, embedded systems, and multimedia services that prepare you for high-demand careers in intelligent cities, big data, and beyond. This program equips you with transversal knowledge in ICT that's directly applicable to growing sectors, all while using the university's dedicated engineering resources.

Here's how experiential learning comes to life in this program, tailored to URV's setup:

- Laboratories and research facilities at the School of Engineering, where you'll experiment with telecommunications hardware, software design for devices, and signal processing tools specific to telecom systems and services.
- Group projects focused on real applications like sensor networks, intelligent homes, IoT, and telecom services for industry, vehicles, and telemedicine, fostering teamwork in hardware/software integration for biomedical and telecom devices.
- Training in digital tools and software for big data analysis, embedded systems, and multimedia telecom services, including simulation and design environments used in URV's engineering curriculum.
- Access to URV libraries and institutes supporting engineering research, with resources for telecom and ICT projects integrated into the School of Engineering's facilities.
- Preparation for internships and professional profiles in dynamic fields like data transmission, AI for clinical decisions, and certifying telecom/biomedical equipment, with the program's emphasis on employable skills in high-growth ICT sectors.

This practical focus is why URV grads are so sought after—imagine jumping straight into roles shaping the future of connectivity. Ready to apply and make it yours? Check the full facilities list here: https://www.urv.cat/en/studies/bachelor/courses/by-faculty/school-of-engineering/.