Electrical and Electronics Engineering is a field of engineering that focuses on the design, analysis, and application of electrical, electronic, communication, and control systems. It provides knowledge and skills across a wide spectrum, from energy generation to smart devices.
Electrical Circuits
Electromagnetic Field Theory
Electronics and Microcontrollers
Digital Systems
Control Systems
Power Electronics and Energy Systems
Communication Systems (5G, IoT)
Embedded Systems and FPGA
Electronic Circuits and Design
Defense industry (ASELSAN, TUSAŞ, ROKETSAN, etc.)
Automotive sector (electric vehicles, R&D)
Telecommunications companies (Türk Telekom, Turkcell, etc.)
Software and hardware development companies
Transportation, medical devices, and aerospace industries
Energy companies (solar, wind power)
Electricity generation and distribution companies (production, distribution, renewable energy)
Electronic device design and manufacturing
Automation and control systems
Artificial Intelligence and Image Processing
Renewable Energy Systems
Embedded Systems and IoT
Robotics and Automation
Communication and Signal Processing
Electric Vehicle Technologies
Smart Cities and Energy Management
Defense and Space Technologies
Electrical Machines and Power Electronics
Electric vehicles, smart grids, and IoT are becoming widespread.
Electrical and electronics engineers now work not only with physical systems but also with software and AI.
Sustainable energy and green technologies are taking center stage.
5G and communication technologies – the transition to high-speed networks is accelerating.
Cybersecurity – protection of energy and communication systems is gaining importance.
MATLAB/Simulink – Circuit and system simulations
Python – Data analysis, AI, and embedded systems
C/C++ – Microcontroller and embedded software development
LabVIEW – Test and measurement system development
Verilog/VHDL – Hardware description and FPGA design
AutoCAD/Eagle/Altium Designer – PCB and circuit board design
PSCAD – Power system analysis and simulation
Proteus/Multisim – Circuit design and simulation
Java – Object-oriented programming and software development
Arduino/STM32 IDE – Embedded system applications
Yes, there are abundant international opportunities for Electrical and Electronics Engineering graduates:
Global Companies – Opportunities at Siemens, Tesla, ABB, Intel, and many others.
Graduate Studies – Master’s/PhD scholarships and research projects in Europe, the US, and Asia.
Global Projects – Engineering roles in renewable energy, space, and defense projects.
Remote Work – Global freelance opportunities in software, IoT, and design.
Graduates can find employment worldwide, from Europe to the US, the Gulf countries, and Asia.
Analytical Thinking – Ability to analyze complex systems
Technical Expertise – Knowledge of circuit, software, and hardware design
Problem-Solving – Developing practical solutions to engineering challenges
Innovation – Adapting to and advancing technological developments
Teamwork – Working effectively in collaborative projects
Rapid Learning – Quickly mastering new tools and technologies
Those interested in technology and electronics
Those who want to design not only software but also the physical world
Those interested in circuits, energy, control, and robotics
Individuals open to continuous learning
Young people eager to engage in interdisciplinary studies
A strong engineering foundation, both theoretical and practical
The ability to design and develop the technologies of the future
High employment potential and international career opportunities
A wide range of professional fields, from defense to healthcare, energy to automotive
The habit of “thinking like an engineer”
Opportunities to work in international companies and projects