Bachelor's Degree in Computer Engineering (Specialisation in Computer Engineering) + Bachelor's Degree in Telecommunication Electronic Engineering

4 Years On Campus Dual-bachelors Program

Autonomous University of Barcelona

Program Overview

This double Bachelor's degree in Computer Engineering (Specialisation in Computer Engineering) + Telecommunication Electronic Engineering at the Autonomous University of Barcelona (UAB) gives you a powerful edge in two fast-growing fields, blending cutting-edge computing with telecom systems for a versatile skill set that employers crave. It's perfect for ambitious students who love problem-solving, tech innovation, and building the networks powering our connected world—you'll graduate ready to tackle real-world challenges in AI, 5G, and beyond.

Curriculum Structure
First Year
You'll kick off with a solid foundation in math, physics, and intro programming, building the essentials for both engineering worlds. Key courses like Calculus I, Physics I, and Introduction to Programming help you grasp core concepts while sparking your passion for how computers and signals interact in everyday tech.
This year sets you up to think like an engineer from day one, blending theory with hands-on labs that make complex ideas click.

Second Year
Dive deeper into computer systems and electronics with subjects like Data Structures and Algorithms, Digital Electronics, and Signals and Systems, where you'll learn to design efficient code and circuits. These modules sharpen your ability to process data and handle electronic signals, prepping you for the telecom side of things.
Expect collaborative projects that mirror industry teamwork, turning abstract knowledge into practical skills.

Third Year
Here, you'll specialize more, tackling Computer Networks, Microprocessors, and Telecommunication Systems, focusing on how data flows securely across networks and devices. This builds your expertise in integrating computing power with electronic telecom infrastructure.
It's an exciting phase with advanced simulations and group designs that feel like real engineering gigs.

Fourth Year (and Final Year Projects)
Cap it off with capstone challenges in Embedded Systems, Wireless Communications, and your Final Degree Project, where you'll innovate on integrated computer-telecom solutions like smart devices or network optimization. These courses tie everything together for professional-level proficiency.
You'll emerge confident, with a portfolio showcasing your ability to lead tech projects.

Focus Areas
Advanced computing (algorithms, networks, embedded systems), telecommunication electronics (signals, wireless systems, microelectronics), and their seamless integration for IoT, 5G, and smart infrastructure.

Learning Outcomes
Master programming, circuit design, network architecture, and signal processing; develop skills in innovation, teamwork, and problem-solving for cutting-edge tech roles.

Professional Alignment (Accreditation)
Fully accredited under the European Higher Education Area (EHEA) standards, ensuring your dual degree meets international engineering benchmarks for mobility and recognition across Europe.

Reputation (Employability Rankings)
UAB's engineering programs boast strong employability, with grads landing roles in top tech firms thanks to our research ties (like CSIC collaborations) and high demand in computer/telecom fields—official UAB stats highlight near-100% placement rates in related sectors.

Experiential Learning (Research, Projects, Internships etc.)

At the Autonomous University of Barcelona (UAB), our Bachelor's Degree in Computer Engineering (Specialisation in Computer Engineering) + Bachelor's Degree in Telecommunication Electronic Engineering dives deep into hands-on learning right from year one, so you'll build real-world skills in designing, developing, and adapting cutting-edge computer and telecom systems. You'll work in dedicated computer rooms and laboratories throughout all four years, gaining practical experience with advanced tools and tech, all while connecting with top research centres on campus like the Computer Vision Centre, Artificial Intelligence Research Institute, and National Microelectronics Centre—these partnerships open doors to high-quality work placements and smooth entry into the job market. It's this blend of facilities and real projects that sets UAB grads apart as versatile pros ready for anything in ICT.

Here's what makes the experiential side so strong for this dual degree:
- Practicals in computer rooms and labs: Hands-on sessions across the four years in specialised facilities at the School of Engineering on Bellaterra Campus, focusing on analysing, designing, and implementing computer systems.
- High-quality work placements: Close ties with prestigious local and international research centres (Computer Vision Centre, Artificial Intelligence Research Institute, National Microelectronics Centre) and leading ICT companies for internships that boost your employability.
- Research-linked labs and institutes: Access to facilities tied to departments like Computer Science, Electronic Engineering, Microelectronics and Electronic Systems, and Telecommunications and Systems Engineering, supporting practical training in computing, software engineering, and telecom tech.

Imagine jumping straight into roles like systems analyst, network admin, or app developer—grads from this program have zero unemployment and endless options. The program's face-to-face format, mix of Catalan, Spanish, and some English, plus 240 credits over four years, gives you that global edge. Ready to apply? Spots fill fast with an admission mark around 9.959—let's get your docs together today.

Progression & Future Opportunities

At the Autonomous University of Barcelona (UAB), our Bachelor's Degree in Computer Engineering (Specialisation in Computer Engineering) + Bachelor's Degree in Telecommunication Electronic Engineering dives deep into hands-on learning right from year one, so you'll build real-world skills in designing, developing, and implementing computer and telecom systems using cutting-edge tools and facilities on the Bellaterra Campus. You'll get practical experience in dedicated computer rooms and laboratories throughout all four years, plus close ties to top research centres like the Computer Vision Centre, Artificial Intelligence Research Institute, and National Microelectronics Centre, which open doors to high-quality work placements with leading ICT companies. This setup ensures you're not just studying theory—you're applying it in real scenarios, preparing you for jobs where demand is sky-high, like systems analyst or network administrator.

Here are some standout ways you'll gain experiential learning tailored to these programs:
- Practicals in computer rooms and labs: Hands-on sessions across the four-year degree in specialized facilities at the School of Engineering, focusing on analysing, designing, and adapting computer systems.
- High-quality work placements: Partnerships with advanced research centres on campus (Computer Vision Centre, Artificial Intelligence Research Institute, National Microelectronics Centre) and ICT companies for internships that boost your employability—no unemployment for our grads!
- Research-linked facilities: Access to departments like Computer Science, Electronic Engineering, Microelectronics and Electronic Systems, and Telecommunications and Systems Engineering, plus groups like WavesLab and Wireless Information Networking (WIN) for projects in quantum communication, machine learning, and wireless networks.
- Campus resources for projects: Bellaterra Campus labs support group and individual projects in software engineering, computing, and telecom tech, with some subjects even in English for global collaboration.

Imagine jumping straight into a thriving career after graduation—this double degree gives you that edge.