Program Introduction

Since 1958, METU’s Department of Electrical and Electronics Engineering has built a strong academic tradition that transforms students into engineers capable of understanding, analyzing, and designing complex technological systems. The program goes beyond mastery of circuits, devices, and systems by developing analytical thinking, research-oriented problem-solving skills, and the ability to work across multiple disciplines. Covering a wide spectrum from communications and signal processing to power systems, electronics, control, computer engineering, and electromagnetics, the department equips students with both deep theoretical foundations and strong application skills. Through its rigorous curriculum, advanced laboratories, and close integration with research and industry ecosystems, students graduate not only as engineers but as scientifically grounded professionals with innovation capacity, entrepreneurial mindset, and social responsibility, ready to contribute at both national and global levels.

Key Highlights

Broad and Unique Specialization Structure

One of the few departments globally—and the only one in Türkiye—offering eight major Electrical and Electronics Engineering specialization areas under a single structure
 Students develop expertise in one or more of the following fields:

●      Biomedical Engineering: Medical imaging, biosignals, and medical device systems

●      Computer Engineering: AI, embedded systems, computer architecture, and machine learning

●      Control Systems: Intelligent, adaptive, and nonlinear system modeling and control

●      Electromagnetics & Microwaves: Antennas, radar systems, remote sensing, and RF design

●      Power Engineering: Renewable energy, smart grids, power electronics, and energy systems

●      Electronics: Micro/nano devices, IC design, sensors, and semiconductor technologies

●      Signal Processing: Audio, image, video, and speech processing systems

●      Communications: Wireless systems, optical networks, coding theory, and information systems

Strong Academic and Research Foundation

ABET-accredited program aligned with global engineering standards
 Updated curriculum reflecting modern technological developments
 Strong culture of research excellence supported by internationally recognized faculty and grants

Advanced Laboratories and Research Ecosystem

Over 25 laboratories across multiple research buildings
 Hands-on training in robotics, UAVs, biomedical systems, MEMS, microprocessors, quantum devices, antenna systems, and power electronics
 Ayaslı Research Center with clean rooms, anechoic chamber, antenna tower, and advanced experimental infrastructure

Industry, Research, and International Exposure

Mandatory internships and two-semester capstone design projects
 Joint projects with TÜBİTAK, EU, NATO, and leading industry partners
 Strong engagement with defense, energy, telecommunications, and high-tech sectors
 Early exposure to real engineering problems through applied research and industry collaboration

Career Opportunities After Graduation

Employment in defense, telecommunications, energy, software, electronics, biomedical, and automation industries
 Roles in major organizations such as ASELSAN, HAVELSAN, ROKETSAN, TAI, Turkcell, and leading industrial companies
 Positions in R&D, systems engineering, design, testing, project management, and leadership
 Strong pathway to graduate studies and academic careers worldwide
 Entrepreneurship opportunities supported by METU Technopolis ecosystem
 Global alumni network with strong international presence

Real Experience

Students quickly realize that success in Electrical and Electronics Engineering requires more than intelligence—it requires discipline, strategy, and continuous learning. From the early years, students are exposed to challenging analytical courses that reshape how they think about physics, mathematics, and engineering problems.

A major transformation occurs as students move from intuitive problem-solving to mathematically rigorous and system-oriented thinking. They learn how to break down complex systems, model real-world phenomena, and design solutions using both theoretical and computational tools.

Hands-on experience plays a central role, with laboratory work and research participation beginning early in the program. Students often engage in faculty-led research groups, gaining exposure to real engineering challenges before graduation.

The learning environment is highly competitive yet collaborative, where peer interaction continuously raises academic standards and personal expectations. Over time, students develop strong analytical thinking, resilience, and confidence in tackling unfamiliar problems.

By graduation, students are not only technically skilled—they are capable of innovation, leadership, and contributing meaningfully to technological advancement in both academic and industrial settings.

For further information: https://eee.metu.edu.tr/