Bachelor's Degree in Computer Engineering and Bachelor's Degree in Electronic Telecommunications Engineering

5 Years On Campus Dual-bachelors Program

Autonomous University of Barcelona

Program Overview

The Bachelor’s Degree in Computer Engineering (Computer Engineering specialisation) combined with Electronic Engineering for Telecommunications at the Universitat Autònoma de Barcelona equips students with the skills to work across both computing and communication technologies. This programme is ideal for students interested in software development, embedded systems, networks, and electronics, providing an integrated education in computer architecture, telecommunications, and electronics.

Curriculum structure

Year 1:
Students start by building strong foundations in mathematics, programming, and basic electronics. Subjects such as Algebra, Programming, Circuit Theory, Calculus, and System Software develop analytical thinking and problem-solving skills. Courses in Discrete Mathematics and Foundations of Signals and Systems introduce the basics of computation and communication principles.

Year 2:
The second year focuses on computer architecture and telecommunications fundamentals. Students study modules like Structure of Computers, Operating Systems, Programming 3, Databases, and Hardware Description Languages to strengthen computing expertise, while Electromagnetic Fields and Networks introduce essential communication engineering concepts. Software Engineering and Information Security provide connections between software systems and communication infrastructure.

Year 3:
In the third year, students advance in electronics and communication technologies. Courses such as Analog Electronics, Components and Electronic Circuits, Discrete Signals and Systems, Artificial Intelligence, and Communication Signals and Systems give students a strong foundation in signal processing and intelligent systems. Web Development Technologies and Cloud Computing expand computing capabilities in modern ICT environments.

Year 4:
The fourth year emphasizes system design and integration across computing and telecommunications. Students study Control Systems, Transmitters and Receivers Electronics, Electronic Systems Design, Embedded Systems Programming, and Radiofrequency and Microwave Engineering. Parallel Programming and Network Administration teach students to manage high-performance computing and communication infrastructures.

Year 5:
In the final year, students specialise and complete professional training. Subjects such as Instrumentation, Power Electronic Circuits, Microelectronic Design, and optional courses like Artificial Intelligence, Robotics, Cybersecurity, and Internet of Things allow advanced focus. The programme concludes with two Final Degree Projects, integrating computing and telecommunications engineering skills.

Focus areas: computer engineering, telecommunications electronics, embedded systems, communication networks, microelectronics, artificial intelligence, signal processing, cloud computing

Learning outcomes: design computer architectures, develop embedded systems, build communication networks, implement signal processing solutions, integrate hardware and software, manage ICT infrastructures

Professional alignment (accreditation): official double bachelor’s degree within the European Higher Education Area awarding qualifications in Computer Engineering and Electronic Engineering for Telecommunications

Reputation (employability rankings): graduates are highly sought after in ICT, combining computing and telecommunications skills to work in system design, networks, embedded systems, and project management

Experiential Learning (Research, Projects, Internships etc.)

At UAB, the Computer Engineering and Electronic Engineering for Telecommunications programme emphasizes practical, hands-on experience so that students can apply what they learn in real-world settings. From early in the degree, you’ll work in modern laboratories, use professional software, participate in collaborative projects, and have opportunities for internships and final projects in companies, preparing you for professional life in computing and telecommunications.

The programme also provides access to a variety of facilities and resources that enhance learning:

Labs and practical facilities: Dedicated computer and engineering laboratories for exercises in computing, electronics, and telecommunications.
Software and digital tools: Specialised software for programming, network simulation, electronics design, and signal processing.
Group work and projects: Courses include collaborative projects that develop teamwork and problem-solving skills.
Industry placements: Optional placements in companies allow students to gain practical work experience and build professional networks.
Final Degree Projects in companies: Students can complete their final projects in professional environments, integrating knowledge from both computing and telecommunications.
Study support and libraries: Access to the Library of Science and Technology, offering specialised texts and resources for research and study.
Free study spaces and computing resources: Open-access computer rooms and collaborative study areas to practise coding, work on projects, and prepare for exams.

Progression & Future Opportunities

Graduates of the combined Computer Engineering and Electronic Engineering for Telecommunications programme at the Universitat Autònoma de Barcelona are well-prepared for careers in the fast-moving technology sector, where professionals who can bridge software, hardware, and communications are in high demand. Many find rewarding roles such as systems engineer, network architect, embedded systems developer, or ICT project manager, reflecting the strong technical and practical training the degree provides. This qualification opens doors to opportunities both nationally and internationally across ICT, automation, and digital transformation:

University Career Services: UAB provides personalised career guidance, employability workshops, interview preparation, job fairs, and access to the Nexus employment portal, helping students secure internships and graduate positions in computing and telecommunications.
Employment Prospects and Outcomes: While specific salary figures are not published, the broad skill set graduates acquire — including programming, systems design, and telecommunications — is highly valued in the ICT sector, which typically offers competitive starting salaries compared with other degrees.
Industry Collaborations: The programme benefits from UAB’s partnerships with local and international tech companies, research groups, and innovation initiatives, giving students the chance to connect with employers and apply their knowledge in practical settings.
Accreditation and Long-Term Value: This double degree is officially recognised within the European Higher Education Area, ensuring graduates’ qualifications are accepted by employers and higher education institutions across Europe and beyond.
Graduate Outcomes: Students leave with the ability to design computer systems, develop embedded solutions, build communication networks, implement intelligent electronic systems, and manage complex ICT projects — all skills highly sought after by employers.

Further Academic Progression:
After completing this degree, students can continue with master’s programmes in fields such as computer engineering, telecommunications, data science, artificial intelligence, cybersecurity, or automation. Graduates may also pursue research through PhD programmes in computing or electronic engineering, opening pathways into advanced research, academia, and specialised technical leadership roles.