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3 Years On Campus Bachelors Program
University of AveiroThe Bachelor's Degree in Electrical and Computer Engineering (LEEC) at the University of Aveiro offers a solid foundation in basic sciences like math, physics, and informatics, opening doors to exciting specializations in electronics, computing, telecom, automation, and signal processing—perfect for students passionate about innovative tech that powers everything from smart devices to renewable energy systems. It's ideal for high school grads with strong Physics and Mathematics backgrounds who want hands-on projects and real-world skills to launch a dynamic engineering career.
Curriculum structure
First year
You'll kick off with a strong base in core sciences, diving into Mathematics and Physics to build problem-solving superpowers, while Informatics introduces programming fundamentals that tie everything together. Two Engineering Projects units get you collaborating early, blending theory with practical challenges to spark creativity and teamwork right from day one.
Second year
Here, things heat up as you solidify Computer Architecture knowledge, launch into Electrical Engineering basics, and explore Signal Processing alongside Telecommunications—think designing circuits and understanding data flows in real networks. This year sharpens your technical edge, preparing you to tackle complex systems with confidence.
Third year
You'll deepen expertise in Physics, Electronics, and Telecommunications, pushing boundaries with advanced applications in automation and control. The standout Project in Electrical Engineering (PEE) lets you lead a capstone project, applying everything you've learned to solve industry-level problems and showcase your skills.
Focus areas
Core strengths include electronic systems (analog and digital), computing, telecommunications, instrumentation, automation/control, and signal processing analysis—giving you versatile expertise for today's tech-driven world.
Learning outcomes
Graduates gain basic and advanced mastery in electrical engineering, electronics, signal processing, control, telecom, and computer architecture, plus transversal skills like project planning and execution for high-level technical roles.
Professional alignment (accreditation)
The program is officially accredited (A3ES-reviewed) as a Licenciado (Bachelor's) in Electrical Engineering, delivered by the renowned Department of Electronics, Telecommunications and Informatics (DETI) at UA's Santiago Campus.
Reputation (employability rankings)
University of Aveiro consistently ranks high internationally for engineering, with strong recognition in areas like electronics and telecom; DETI's programs produce top graduates ready for global opportunities, backed by UA's multicultural research environment and English-taught advanced options.
The Electrical and Computer Engineering (LEEC) program at University of Aveiro is designed to give you hands-on experience from day one. You'll develop practical expertise alongside theoretical knowledge, preparing you for real-world engineering challenges.
Why This Program Stands Out for Experiential Learning
The LEEC curriculum emphasizes learning by doing across all three years. Starting in your first year, you'll engage with two Engineering Projects courses that help you apply foundational knowledge in mathematics, physics, and computer science to actual technical problems. As you progress, laboratory work becomes central to almost every course, ensuring you're not just learning concepts but actively building and testing solutions.
By your final year, the capstone Project in Electrical Engineering (PEE) shifts you toward autonomous work on substantial engineering challenges, giving you portfolio-ready experience. This progression—from structured projects to independent work—mirrors how professional engineers actually develop skills.
Key Facilities, Tools, and Opportunities:
- Department of Electronics, Telecommunications and Informatics — your home base, hosting specialized labs and facilities
- Laboratory components embedded in virtually all courses — hands-on experimentation is the norm, not the exception
- Proximity to IEETA (Institute of Electronic Engineering and Informatics) — direct access to cutting-edge research infrastructure and mentorship from faculty researchers
- Engineering Projects courses (Years 1-3) — structured group and individual projects that integrate knowledge across specializations
- Specialization areas including Electronic Systems, Computing, Telecommunications, Instrumentation, Automation and Control, and Signal Processing — choose your focus and dive deep with industry-aligned training
- Campus de Santiago location in Aveiro — a dedicated engineering campus with modern facilities
The program is deliberately structured to align with both current industry demands and emerging technological areas, so your projects reflect real-world engineering needs.
At the University of Aveiro's Bachelor's Degree in Electrical and Computer Engineering (LEEC), you'll dive into hands-on learning right from the start, building practical skills in areas like electronics, signal processing, telecommunications, control systems, and computer architecture through real-world projects and lab work. Most classes happen in the Department of Electronics, Telecommunications and Informatics (DETI), where you'll get solid training in math, physics, and informatics, plus specialized tools for engineering projects that sharpen your planning and problem-solving abilities. In your first year, you'll tackle Engineering Projects courses to blend knowledge across subjects; by year two, you're working on computer architecture, electrical engineering basics, signal processing, and telecom; and in year three, you deepen electronics and telecom expertise with the Project in Electrical Engineering (PEE). Nearly every course includes a lab component, and your final year ramps up with autonomous projects in Electrotechnical Engineering, all supported by close ties to key research institutes.
Here's what makes this program stand out for gaining those real-world edge skills:
- Dedicated labs in every major course: Hands-on work in electronics, signal processing, control, telecom, and instrumentation, with a strong lab focus across the curriculum.
- Engineering projects from year one: Two initial projects aggregate knowledge in math, physics, informatics, and transversal skills; later ones like PEE and final-year autonomous projects in electrotechnics build your design and execution expertise.
- Institutional links to research hubs: Proximity to the Institute of Electronics and Informatics Engineering (IEETA) for advanced work in electronics, telecom, and informatics.
- Updated facilities and equipment: Recent improvements include renovated spaces and modern gear specifically for students, plus dedicated staff to smooth out admin and support your hands-on needs.
Imagine applying to LEEC and stepping into this setup—it's designed to launch you into industry roles with confidence.
Access exams: Mathematics A plus Physics and Chemistry OR Mathematics A plus Biology and GeologyMinimum scores: 95/200 minimum application grade and 95/200 in each entrance examApplication formula: Secondary school average (50%) plus Entrance exams (50%)Electrical and Computer EngineerSystems EngineerHardware EngineerSoftware EngineerNetwork EngineerAutomation and Control EngineerEnergy EngineerTechnology ConsultantResearcher and Developer
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