Electrical and Electronics Engineering
The Bachelor of Science in Electrical and Electronics Engineering at METU is a comprehensive undergraduate program designed to educate engineers who can design, analyze, and implement electrical and electronic systems and solve complex engineering problems. The curriculum combines fundamental courses in mathematics and physics with specialized engineering courses — including circuit theory, electromagnetics, electronics, signals and systems, control, communications, embedded systems and design labs — along with theoretical and practical training. Through laboratory work, summer practices, design projects and applied coursework, students develop analytical, technical and design skills vital for modern electrical and electronics engineering.
Situated in Ankara within a prestigious engineering faculty, the program emphasizes both academic excellence and practical application. Students gain access to METU’s advanced laboratories, research-oriented environment, and a flexible curriculum that supports specialization in various subfields. The program prepares graduates for careers in research & development, industry, system design, power systems, electronics, communications, control systems, and other high-technology sectors, offering a strong foundation for both professional practice and advanced studies.
Key information
Key Facts
- Degree: Bachelor of Science (B.Sc.) in Electrical and Electronics Engineering
- Standard period of study: 8 semesters
- Location: Ankara
- Study Type: Undergraduate (full-time, English-medium)
- Admission semester: Fall semester
- Area of study: Circuit Theory, Electronics, Electromagnetics, Signals & Systems, Control & Feedback Systems, Communications, Embedded Systems, Power Systems, System & Design Engineering
- Admission modus: Regular undergraduate admissions / national (and international where applicable)
- Main language: English
Program Structure
Semester 1 – Foundations of Science & Engineering
- Calculus I / Mathematics for Engineers
- General Physics I
- Introduction to Electrical and Electronics Engineering
- Introductory Programming / Computing for Engineers
- Academic English / Foundation Courses
Semester 2 – Core Mathematics, Physics & Basics of EE
- Calculus II / Mathematics II
- General Physics II / Applied Physics
- Basic Linear Algebra / Vector Calculus
- Discrete Mathematics or Logic Design Basics
- Supporting / Elective Courses
Semester 3 – Circuit Theory & Electronics Foundations
- Circuit Theory I
- Electrical Circuits Laboratory
- Differential Equations / Mathematics for Engineering
- Signals and Systems I fundamentals
- Supporting / Elective Courses
Semester 4 – Electronics, Electromagnetics & Core EE Theory
- Circuit Theory II / Semiconductor Devices & Modeling
- Electromagnetic Theory
- Electronic Circuits Laboratory / Digital Electronics Labs
- Probability & Random Variables / Basic Statistics for EE
- Supporting / Elective Courses
Semester 5 – Advanced Systems & Applied Electronics
- Signals & Systems / Systems Theory
- Analog / Digital Electronics or Embedded Systems
- Communications or Data Communications Foundations
- Summer Practice I (Industrial or Applied Internship)
- Electives / Technical or Supporting Courses
Semester 6 – Control Systems, Systems Design & Specialization
- Feedback Systems / Control Theory
- Logic Design / Digital Systems / Embedded Systems
- Technical Electives depending on specialization (Communications, Power, Control, Electronics, etc.)
- Restricted Electives / Supporting Courses
Semester 7 – Engineering Design & Practical Training
- Engineering Design I (Capstone Project I)
- Technical Electives / Specialization Courses
- Optional Electives or Interdisciplinary Courses
- Summer Practice II (Internship / Industry Practice)
Semester 8 – Final Design Project & Graduation Preparation
- Engineering Design II (Capstone Project II)
- Final Technical Electives or Free Electives
- Graduation preparation, readiness for industry or graduate studies
Career Opportunities
Graduates are qualified for careers in a diverse range of fields: electronics design, power and energy systems, telecommunications, embedded systems, control systems, research and development, system integration, automation, software-hardware systems, consulting, or product development. They may also pursue postgraduate studies (M.Sc. / Ph.D.) in electrical/electronics engineering, communications, control, power systems, embedded systems or related engineering disciplines.
Why Choose This Program
Choosing Electrical and Electronics Engineering at METU offers a robust education that balances theoretical foundations — mathematics, physics, systems theory — with extensive practical and design-oriented training. With high-quality laboratories, summer internships and a curriculum that supports various specializations, students graduate with versatile skills that are in demand across hi-tech industry and research fields.
Additionally, METU’s engineering reputation, English-medium instruction, and diverse specialization options provide an excellent academic and international environment. The program prepares graduates not only for immediate industry roles but also for graduate studies, making it ideal for those aiming for long-term careers in engineering, innovation, and technology development.
Contact Information
Middle East Technical University – Department of Electrical and Electronics Engineering
Dumlupınar Boulevard No:1
06800 Çankaya, Ankara, Türkiye
Tel: +90 312 210 4000
Email: eee-undergrad@metu.edu.tr
Student Affairs Office – Electrical & Electronics Engineering Department
Faculty of Engineering, METU
06800 Ankara, Türkiye
Tel: +90 312 210 4001
Email: eee-info@metu.edu.tr
International Office – Middle East Technical University
METU Campus
06800 Çankaya, Ankara, Türkiye
Tel: +90 312 210 1060
Email: ico@metu.edu.tr
