Enter OTP
The Bachelor's Degree in Electrical Engineering is a comprehensive four-year program designed to equip students with the technical expertise and practical skills needed for careers in power systems, electronics, automation, and renewable energy sectors. This degree combines rigorous theoretical foundations with hands-on laboratory work, preparing graduates to tackle real-world engineering challenges in an increasingly electrified world.
Curriculum Structure
First Year establishes your mathematical and scientific foundation with core courses in Calculus and Linear Algebra, alongside introductory physics and engineering principles. You'll develop problem-solving skills essential for advanced technical work, with lectures complemented by practical laboratory sessions to reinforce theoretical concepts. This year ensures all students have the fundamental knowledge needed to progress into specialized engineering topics.
Second Year introduces you to the core electrical and mechanical principles through courses such as Waves and Electromagnetism and Graphic Expression. You'll begin applying mathematics to real electrical systems, exploring how electromagnetic theory underpins modern technology. The combination of theoretical understanding and practical design work prepares you for more specialized coursework ahead.
Third Year deepens your expertise in electrical engineering specializations with compulsory courses structured around 6 ECTS credits each, featuring 28 hours of lectures paired with 28 hours of laboratory and field work. You'll engage with advanced topics that build directly on your earlier foundation, gaining hands-on experience through substantial lab components. This year marks the transition from foundational knowledge to specialized engineering competence.
Fourth Year offers flexibility through elective courses in your second semester, allowing you to tailor your studies toward specific interests within industrial engineering and electrical systems. You'll complete capstone projects and specialized modules that align with your career goals. This final year emphasizes professional preparation and advanced problem-solving in your chosen specialization.
Focus Areas
Power systems, industrial automation, renewable energy technologies, and electronics design.
Learning Outcomes
Students develop competency in electrical system design and analysis, practical laboratory skills, project management, and professional communication—combining technical depth with real-world application ability.
Professional Alignment
The program is officially recognized by Universidad de Oviedo's engineering faculty and structured according to European higher education standards, ensuring credentials respected across EU employment markets.
Reputation & Employability
Universidad de Oviedo is Spain's established engineering institution with strong regional industry partnerships, particularly in Asturias's manufacturing and energy sectors.
In our Bachelor's Degree in Electrical Engineering at the University of Oviedo, you'll dive right into hands-on learning from day one, building real-world skills through dedicated labs and practical sessions that go beyond theory. Our program emphasizes practical laboratory classes with state-of-the-art equipment and tools tailored for electrical engineering, like specialized laboratories for electrical machines where you experiment with machinery fundamentals. You'll work in classrooms equipped with desktop computers loaded with dedicated software for simulations and analysis, plus access to laboratory equipment right on the University of Oviedo campus.
This setup means plenty of opportunities to apply what you learn in structured, supportive ways:
- Dedicated software and digital tools: Use specialized software on desktop computers during practical lab classes for electrical engineering simulations and problem-solving.
- Laboratory practices: Hands-on sessions in the Laboratory of Electrical Machines for experimenting with electrical machinery, plus general lab equipment for core experiments.
- Group projects and assessments: Participate in problem-solving sessions, experimental labs, and group tutorials that often involve collaborative work, with lab exams to test your practical skills.
- Field and lab work integration: Courses include structured laboratory and field work hours (up to 135h in some modules) to connect classroom concepts to real applications.
While the program focuses heavily on these built-in labs and practices, it prepares you perfectly for internships through the skills you gain—many students land opportunities via our campus network.
At the University of Oviedo's Bachelor's Degree in Electrical Engineering, you'll dive right into hands-on learning from day one, building real-world skills through practical labs and sessions that let you experiment with cutting-edge electrical systems. Our program emphasizes practical laboratory classes where you work directly with specialized equipment and tools, ensuring you're not just studying theory but applying it immediately. This setup prepares you confidently for industry challenges, and here's how we make it happen:
- Dedicated labs for electrical engineering: Access to the Laboratory of electrical machines for hands-on practices with real machinery, plus general laboratory equipment tailored for electrical experiments across courses.
- Computer-equipped classrooms with dedicated software: Practical sessions in rooms loaded with desktop computers running specialized engineering software for simulations and analysis.
- Structured lab and field work: Courses include significant hours in laboratory and field work (up to 135 hours in some modules) and practical sessions in classes/seminars/workshops, with assessments like final lab exams to test your skills.
- Experimental laboratory sessions: Integrated into the curriculum alongside lectures and problem-solving, focusing on electrical technologies and systems.
This practical focus is what sets our program apart—imagine graduating with the experience employers crave.
Number of places 80Applicants must meet general Spanish university access requirements, such as holding a Spanish Bachillerato and passing the EBAU exam.Other accepted routes include Higher Vocational Training, a recognised university degree, or entrance exams for applicants over 25, 40, or 45 years old.Admission is competitive and based on a calculated score combining academic grades and any additional qualifications.International students must provide accreditation of access to Spanish university studies through UNEDasiss to confirm equivalence to the Spanish Bachillerato.Industrial plantsSystem designConstruction supervisionEnergy generationEnergy transmissionEnergy distributionRenewable energyBusiness managementTechnology entrepreneurshipTeachingResearch
Embark on your educational journey with confidence! Our team of admission experts is here to guide you through the process. Book a free session now to receive personalized advice, assistance with applications, and insights into your dream school. Whether you're applying to college, graduate school, or specialized programs, we're here to help you succeed.
University of Oviedo
 in Europe1779357712.webp)
