The department prepares students for future engineering technologies through its strong laboratory infrastructure, practical training opportunities and close collaboration with industry. The program focuses on the analysis, design and development of electrical and electronic systems, allowing students to adapt to global engineering standards.
What are the Educational Objectives of the Electrical and Electronics Engineering Department?
The main objectives of the Department of Electrical and Electronics Engineering are:
- To provide theoretical knowledge and application skills in electrical and electronics engineering,
- Developing problem-solving and innovation skills through project-based training,
- To encourage interdisciplinary collaboration and research skills,
- To train graduates with leadership potential who comply with international engineering standards.
What Qualifications Does the Department of Electrical and Electronics Engineering Offer to Its Graduates?
Graduates of the department graduate with the skills and equipment that will make a difference in the sector:
- Technical Competencies: Expertise in electrical, electronic, automation and communication systems,
- Practical Experience: Real world experience with hands-on laboratory work,
- Problem Solving Skills: Ability to take part in innovative projects and develop creative solutions,
- International Perspective: Education and collaboration opportunities in line with global engineering standards.
- Applied Training Opportunity: Applied training opportunities in areas such as circuit design, automation, communication systems, signal processing, energy and power systems.
What are the courses taken in the Electrical and Electronics Engineering Department?
The department offers a balanced combination of theoretical and practical courses:
Core Lessons:
- Electrical Circuits
- Electronic Systems
- Electromagnetic Fields and Wave Theory
- Engineering Mathematics
Advanced Courses:
- Communication Systems
- Energy and Power Systems
- Signal Processing
- Microcontrollers and Embedded Systems
Elective Courses:
- Artificial Intelligence and Machine Learning
- Internet of Things (IoT)
- Renewable Energy Systems
What Opportunities Does the Electrical and Electronics Engineering Department Have?
Atlas University Department of Electrical and Electronic Engineering offers its students an advanced educational infrastructure:
- State-of-the-art laboratories: Modern laboratories equipped for circuit design, automation, signal processing and energy systems,
- Software and Simulation Tools: Advanced software infrastructure for simulation and modeling,
- Industry Collaborations: Hands-on training in real-world projects,
- Academic Staff, Research and Development: The teaching staff consists of experienced professionals in their fields. Opportunity to take part in projects supported by TÜBİTAK and other organizations,
- International Programs: Education and internship opportunities abroad through Erasmus and similar programs.
How Many Years Does It Take to Study in Electrical and Electronics Engineering?
The Department of Electrical and Electrical Engineering is a 4-year undergraduate program.
In Which Fields Can Graduates Work?
Electrical and Electronic Engineering graduates have career opportunities in a wide range of sectors:
- Energy sector: Engineering positions in renewable energy, power systems and energy distribution,
- Communication and Telecommunications: Expertise in mobile networks, satellite systems and data communications,
- Electronics Manufacturing: Embedded systems, microprocessors and electronic device development,
- Automation and Control Systems: Leadership in industrial automation and robotics technologies,
- Research and Development: Developing innovative projects in academia, R&D centers and technology companies.
Graduates of the department have a strong competitive advantage both locally and internationally.