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5 Years On Campus Bachelors Program
National Technical University of AthensThe Electrical & Computer Engineering Integrated Bachelor at the National Technical University of Athens (NTUA) is a prestigious five-year program equivalent to an Integrated Master's (MEng) abroad, designed for ambitious students passionate about shaping the future in electronics, communications, computing, energy, and AI. It suits high-achievers who thrive on building strong fundamentals before diving into specialized streams like Electronics and Systems, Communications, Information Technology, or Energy, preparing you for leadership roles in cutting-edge tech.
Curriculum Structure
Years 1-2.5 (First Period: Semesters 1-5)
In the foundational first period, you'll build a rock-solid base in all core ECE subjects through mandatory courses that spark your curiosity and equip you with essential skills. Expect hands-on learning in areas like Introductory Lab of Electronics and Telecommunications, where you'll experiment with basic circuits and signals right from the third semester, alongside physics, math, and intro engineering concepts that make complex ideas feel approachable and exciting. This phase ensures you're ready to tackle advanced challenges with confidence.
Years 3-4 (Semesters 6-7: Early Second Period)
Transitioning into specialization, semesters 6 and 7 introduce core courses like Network and Circuit Theory and Electrical Drawing, blending theory with practical design to help you master how systems connect and function in real-world applications. You'll also explore streams through courses such as Electronics II, diving into analog and digital components that power modern devices, setting you up for innovative projects. It's here that the program starts feeling like your playground for tech breakthroughs.
Years 4-5 (Semesters 8-9: Advanced Second Period)
The final stretch ramps up with in-depth stream courses totaling 23 units, plus electives to customize your path—think Sensors and Microsystems Technology in semester 8 for tiny, smart devices in IoT, or Telecommunication Electronics in semester 9 for next-gen wireless systems. You'll synthesize everything in Design of Integrated Circuits for Telecommunication Applications (available in streams), creating cutting-edge prototypes that mirror industry demands. By graduation, you'll have a portfolio showcasing real expertise.
Focus Areas
Electronics and Systems, Communications, Information Technology, Energy—choose your stream from semester 6 to master thematic modules in these high-demand fields.
Learning Outcomes
Graduates gain deep scientific principles for technological innovation, mastery across ECE's broad spectrum, and skills for leadership in electrical energy, electronics, systems, communications, computing, and AI—equivalent to an M.Sc./MEng from top global universities.
Professional Alignment (Accreditation)
NTUA ECE diplomas hold equivalence to M.Sc. and MEng degrees from leading European and overseas technical universities, ensuring seamless professional recognition and practice rights in a wide range of engineering domains.
Reputation (Employability Rankings)
NTUA's ECE School leads as a center of excellence with 3,500+ active undergrad/postgrad students and 800+ PhD candidates, driving pioneering research in collaboration with industry and global academia—shaping engineers for top roles in a tech-advanced world.
At the School of Electrical and Computer Engineering (ECE) at the National Technical University of Athens (NTUA), our integrated five-year Bachelor's program dives deep into practical, hands-on learning right from the start, building real-world skills through mandatory core courses in the first five semesters and specialized streams like Electronics and Systems, Communications, Information Technology, and Energy in the later years. You'll work with cutting-edge tools and facilities in the New ECE Buildings, including dedicated labs for electronics, telecommunications, sensors, microsystems, and integrated circuits, where professors like Yannis Papananos and Paul P. Sotiriadis lead courses with introductory labs and advanced design projects. This setup ensures you're not just studying theory—you're applying it in environments that mirror industry challenges, preparing you for leadership in fields like AI, energy, and communications.
Here are some standout ways our program delivers experiential learning through specific facilities, tools, and opportunities tailored to ECE:
- Specialized laboratories in the New ECE Buildings (Phase B, Room 009 and beyond) for hands-on work in electronics labs (e.g., Introductory Lab of Electronics and Telecommunications in 3rd semester), sensors and microsystems technology (8th semester), and telecommunication electronics (9th semester), supporting practical experiments in analog/digital systems and circuit design.
- Research-designated facilities like those used by Prof. Paul P. Sotiriadis' group for low-power analog IC design, neuromorphic computing, and AI hardware accelerators, including sub-threshold analog circuitry, squarers, multipliers, and current comparators—perfect for thesis projects on real-world tech like photovoltaic energy modeling.
- Group project opportunities embedded in courses such as Design of Integrated Circuits for Telecommunication Applications and team-based events like IEEEXtreme 24-hour programming competitions hosted at ECE, plus student teams like BIOSIM competing internationally in bio-inspired simulations.
- Cutting-edge digital tools and software implied in advanced courses (e.g., Computer Analysis of Low-Frequency EM Fields for doctoral but accessible undergrad research) and hardware like photonic integrated circuits for optical phased arrays, with access to industry-collaborative setups for edge AI and machine learning.
- Events and seminars doubling as field exposure, such as NTUA Energy Week on sustainability and innovation, PhD thesis defenses open to undergrads (e.g., blockchain in education, oncosimulators), and IEEE workshops fostering practical skills in decentralized apps and PV forecasting.
Imagine graduating with skills honed in these top-tier facilities—equivalent to a Master's from leading global tech universities—and being ready to lead in tomorrow's tech revolution. Applying is your next step to this exciting path; let's chat about how to get you started!
At the School of Electrical and Computer Engineering (ECE) at the National Technical University of Athens (NTUA), our integrated five-year Bachelor's program dives deep into practical, hands-on learning right from the start, building real-world skills through dedicated labs, cutting-edge research facilities, and specialized courses that mirror industry demands. You'll work with state-of-the-art tools in electronics, telecommunications, and computing, gaining mastery in areas like integrated circuit design, sensors, and high-performance systems—preparing you to innovate in fields from AI to renewable energy. This isn't just theory; it's where you'll design, test, and prototype in environments that rival top European tech universities, all while collaborating on projects that lead to real technological breakthroughs.
Here's how our experiential learning comes alive for ECE students, with access to New ECE Buildings equipped for advanced experimentation::
- Introductory Lab of Electronics and Telecommunications (3rd semester): Hands-on sessions with basic electronics and telecom tools to build foundational practical skills early on.
- Electronics II Lab (6th semester): Experiment with circuit design and analysis, including tools for integrated circuits tailored to ECE's core streams like Electronics and Systems.
- Sensors and Microsystems Technology Lab (8th semester): Work with microsystems and sensor tech, using specialized equipment for real-world applications in IoT and beyond.
- Optoelectronics and Laser Technology Labs: Practical courses on electromagnetic fields, microwaves, and laser applications, with dedicated lab setups for prototyping.
- Specialized Research Labs in New ECE Buildings: Designated spaces like Room 009 (Phase B) for thesis defenses and cutting-edge work in analog computing, neuromorphic design, and AI hardware—perfect for group research projects and PhD-level exposure even as an undergrad.
- High-Performance Computing and Cloud Facilities: Access to supercomputing infrastructure projects led by faculty, supporting group projects in computer engineering, IoT, and AI applications.
- Thesis and Group Projects: Capstone work in streams like Communications, Information Technology, and Energy, often involving collaborative designs in integrated circuits, PV energy modeling, and brain activity analysis using EEG/MRI tools.
These opportunities, backed by NTUA's world-class faculty and industry ties, give you a massive edge—our diplomas match Integrated Master's from top global schools, and grads lead in tech innovation.
Admission to the ECE undergraduate program at NTUA is conducted through the Greek national university entrance examinations (Panhellenic Exams), which are required for eligibility.Candidates must complete secondary education and achieve a very high ranking in these exams, as admission is highly competitive with successful students typically belonging to the top 1–5% nationally.Applicants must have completed Greek high school or an equivalent secondary education qualification recognized for university entry.Admission is based on the Panhellenic national exams (or an equivalent recognized pathway for international applicants) and depends on very high exam scores and ranking under the numerus clausus system.The NTUA School of Electrical and Computer Engineering undergraduate program is part of Greece’s public university system and is state-funded, meaning no tuition fees are charged for domestic and most EU students, while any fee-related conditions for special cases or non-EU students are not specified on the departmental page and are governed by broader university or national regulations.For non-Greek applicants, admission is typically based on recognition of foreign secondary school qualifications through DOATAP (Greek recognition authority), along with possible special quotas or alternative entrance procedures depending on the year and applicable regulations.Electrical engineerComputer engineerElectronics engineerTelecommunications engineerSoftware engineerSystems engineerEmbedded systems engineerVLSI design engineerNetwork engineerControl systems engineerPower systems engineerResearch and development engineerData engineerArtificial intelligence engineerSignal processing engineer
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