Bachelor's Degree in Electrical and Computer Engineering

3 Years On Campus Bachelors Program

University of Porto

Program Overview

The Bachelor's Degree in Electrical and Computer Engineering at FEUP provides you with a comprehensive, industry-focused education that combines foundational theory with practical, real-world applications. Over three years, you'll develop expertise across multiple domains—from circuit analysis and digital systems to energy systems and control theory—preparing you for careers in high-demand sectors like telecommunications, energy, electronics, and automation.

Curriculum Structure

First Year: Building Your Foundation
Your first year focuses on establishing the mathematical and physical principles that underpin electrical and computer engineering. You'll study core subjects including Algebra and Mathematical Analysis , Mechanics and Waves , and Electromagnetism , alongside foundational engineering concepts that give you the theoretical toolkit needed for more specialized work ahead. This year ensures all students have the same solid grounding before advancing to specialized topics.

Second Year: Entering the Engineering Core
In your second year, you'll transition into the heart of electrical and computer engineering. You'll work through Circuit Analysis , Signals and Systems (both continuous and discrete), and Digital Systems and Computer Architecture , gaining a hands-on understanding of how electrical systems actually function and how to analyze their performance. The curriculum emphasizes practical problem-solving alongside theoretical concepts, with group projects and technical reports becoming central to your learning.

Third Year: Integration and Specialization
Your final year brings everything together through advanced coursework in Control Theory , Programming , and Electrical Energy Systems , along with a capstone integrating project. This year emphasizes multidisciplinary collaboration, where you'll combine different facets of electrical and computer engineering on real-world projects while developing professional communication and leadership skills.

Focus Areas

Automation and Intelligent Systems | Electronics and Computing | Energy Systems | Telecommunications and Information Systems | Control and Instrumentation

Learning Outcomes

Upon graduation, you'll be able to analyze electrical and electronic systems of some complexity , explain their operating principles quantitatively , and evaluate their performance . You'll also develop strong transversal competences—teamwork, technical communication, and project leadership—alongside sensitivity to ethical and environmental engineering challenges.

Professional Alignment

The program is designed to meet industry demand across sectors traditionally linked to electrical and computer engineering as well as emerging technology fields. DEEC, the department offering this degree, maintains strong partnerships with research institutions and industry stakeholders at regional, national, and international levels, ensuring curriculum relevance to current workplace needs.

Reputation & Employability

Graduates find professional opportunities across energy, telecommunications, information systems, electronics, control and instrumentation, and automation sectors. The Department of Electrical and Computer Engineering is recognized as a nationally and internationally renowned leader in education and research, with over a century of experience producing engineers who make a global impact.

Experiential Learning (Research, Projects, Internships etc.)

At the Department of Electrical and Computer Engineering (DEEC) at the University of Porto's Faculty of Engineering (FEUP), you'll dive into experiential learning that builds real-world skills through hands-on projects, cutting-edge labs, and industry ties, giving you a solid edge in electrical and computer engineering. Our program emphasizes practical training alongside theory, so you can tackle complex challenges in energy systems, telecom, robotics, automation, and more—preparing you to create innovative, sustainable solutions right from your Bachelor's (L.EEC). With over a century of expertise, DEEC connects you to global impacts via interdisciplinary projects and partnerships that keep you at the forefront of technology.

Here's how you'll gain that practical edge:
- Access to DEEC's specialized laboratories for hands-on work in electronics, control, instrumentation, automation, robotics, and energy systems, fostering real-world experimentation and innovation.
- Opportunities in group projects and real-world experiences through undergraduate programs that promote interdisciplinarity and collaboration with industry and other faculties.
- Involvement in lifelong learning courses tailored to engineering, like Electronic Prototyping Fundamentals, Electrical Power Systems for Sustainability, and Transferable Skills in automated laboratory data acquisition—perfect for building prototypes and testing skills.
- Connections to research facilities via FEUP's associated labs like ARISE (led by SYSTEC), focusing on sustainable energy systems, intelligent robotics, and digital ecosystems with state-of-the-art tools.
- Industry partnerships for practical training and potential internships , as DEEC staff engage directly with economic sectors and research institutions to transfer cutting-edge technology.

Imagine applying to L.EEC and stepping into this dynamic setup—it's designed to launch your career confidently. Check the full facilities details here: https://www.up.pt/feup/en/organisation/departments/DEEC/

Progression & Future Opportunities

Why the Bachelor's in Electrical and Computer Engineering at University of Porto is Your Launch Pad

The Bachelor's Degree in Electrical and Computer Engineering (L.EEC) at University of Porto isn't just about theory—it's built on the principle that real engineers learn by doing. From your first year, you'll move beyond textbooks into hands-on experimentation where you develop the practical skills that employers actually want. The Faculty of Engineering (FEUP) has invested in world-class infrastructure to make this possible: state-of-the-art laboratories, research centers, and partnerships with industry leaders give you direct exposure to the technologies shaping energy systems, telecommunications, robotics, and artificial intelligence.

At FEUP, experiential learning is woven into everything you do—here's what you'll actually have access to:

- Project-based coursework : You'll work on real-world engineering challenges from day one, not just solving textbook problems
- Modern laboratory facilities : FEUP's complex on Campus 2 (Asprela), which opened in 2000, houses specialized labs equipped with cutting-edge technology across all engineering disciplines
- Research centers and institutes : ARISE (an Associated Laboratory at FEUP) brings together fundamental and applied research in electrical, biomedical, and mechanical engineering, with active research units in areas like Intelligent Systems and Robotics, Sustainable Energy Systems, and Advanced Manufacturing
- Interdisciplinary collaboration : You'll work alongside students from other engineering departments and related fields, mirroring how real engineering projects actually function
- Industry partnerships : FEUP maintains strong connections with companies across energy, telecommunications, electronics, and automation sectors, creating pathways to internships and professional placements
- Continuing education and skill-building courses : Beyond your degree, FEUP offers specialized training in areas such as Electronic Prototyping Fundamentals, Electrical Power Systems for Sustainability, and transferable skills in entrepreneurship and innovation
- Scientific infrastructure : University of Porto participates in 24 of Portugal's 56 nationally recognized research infrastructures, some of which are part of the European Research Infrastructure ecosystem
- Access to comprehensive facilities : FEUP provides modern library systems, computer labs, and specialized technical resources to support both your coursework and independent research

You won't be a passive observer—you'll be building, testing, failing, and innovating alongside peers and mentors who are genuinely invested in your development. That's how FEUP engineers become the problem-solvers that companies across the globe want to hire.