4 Years On Campus Bachelors Program
The Bachelor's in Electrical and Electronics Engineering at Bahcesehir Cyprus University offers a hands-on, practice-driven curriculum that builds a strong foundation in math, physics, programming, and core engineering principles, preparing you to design, test, and innovate in electronics for real-world industrial and consumer applications. It's ideal for curious students passionate about problem-solving, technology, and creativity, equipping you with the skills to tackle electrical challenges analytically and pursue exciting career paths in a supportive environment with experienced lecturers.
Curriculum Structure
Year 1
You'll kick off with a broad foundation in essential sciences, diving into basic mathematical, physics, and programming courses that set the stage for engineering success. These classes emphasize curiosity and analytical thinking, helping you grasp fundamental concepts while getting comfortable with hands-on lab work right from the start.
Year 2
Here, you'll deepen your grasp of electrical basic knowledge and jump into circuit theory projects, reflecting on core electrical engineering principles through practical challenges. This year builds your confidence in modeling problems and strengthens your technical toolkit for more advanced studies ahead.
Year 3
You'll start analyzing complex electrical circuitry problems, making you ready for specialized topics like advanced power courses and advanced electronics courses such as EEE3101 - Electronics I and EEE3501 - Signals and Systems. Hands-on labs and projects sharpen your ability to identify errors and evaluate designs constructively, bridging theory to real applications.
Year 4
The final year focuses on professional readiness, with advanced subjects leading into a bachelor thesis and bachelor capstone project where you choose your own topic to apply everything you've learned. Courses like Power Electronics prepare you for industry demands in industrial and power systems, ensuring you're innovative and job-ready.
Focus Areas
Cross-disciplinary emphasis on essential ideas from Electrical and Electronic Engineering, Physics, Mathematics, Computer Science, Electromagnetism, and Electronics, with hands-on labs across industrial and consumer applications.
Learning Outcomes
Graduates gain adequate knowledge in mathematics, science, and electric-electronic engineering; ability to model and solve problems using theoretical and applied info; curiosity-driven problem-solving; skills to design/test equipment, analyze errors, and evaluate constructively.
Professional Alignment (Accreditation)
The program aligns with TR-NQF-HE Level 6, QF-EHEA First Cycle, EQF-LLL Level 6 standards, delivered in English with a curriculum updated for current tech and societal needs, fostering engineering competency.
Reputation (Employability Rankings)
BAU Cyprus prioritizes graduates for international firms through innovative facilities, labs, and skill-building in critical thinking, creativity, and communication—our alumni excel in chosen fields with strong employability focus, though specific QS/Guardian rankings are not detailed in official sources.
At Bahçeşehir Cyprus University, our Bachelor's in Electrical and Electronics Engineering program dives right into experiential learning from day one, building your practical skills through hands-on labs and real-world projects that turn theory into expertise. You'll get a solid foundation in circuits, electronics, and power systems with dedicated laboratory work right from the early years, using high-performance tools to design experiments, analyze data, and solve engineering problems just like industry pros do. This approach ensures you're not just studying concepts—you're applying them in electronics labs, tackling circuit theory projects, and collaborating in multi-disciplinary teams to foster innovation and creativity.
Here's how our facilities and opportunities make it happen::
- Hands-on laboratories: Access specialized electronics, digital logic, and embedded systems labs for conducting experiments, gathering data, and interpreting results on electrical circuitry and power systems.
- High-performance computers: Available throughout the program to employ modern techniques, information technologies, and tools essential for electrical-electronics engineering practice.
- Circuit theory and advanced projects: Dive into group and individual projects in years 2-3, analyzing electrical problems, advanced power, and electronics courses to build problem-solving skills.
- Book collections and resources: Extensive library support with collections tailored to physics, math, computer science, electromagnetism, and electronics for deeper research.
These resources, backed by experienced faculty, prepare you to thrive in electric power, renewable energy, and beyond—imagine applying for internships after gaining this edge.
At Bahçeşehir Cyprus University, our Bachelor's in Electrical and Electronics Engineering program puts practical skills front and center, starting with hands-on laboratory work that builds on your foundational math, physics, and programming courses right from year one. You'll dive into circuit theory projects in year two, analyze real electrical circuitry problems by year three, and gain the expertise to tackle advanced power and electronics using modern tools and techniques. With dedicated facilities like high-performance computers and specialized labs, you'll develop engineering competency, innovation, and the ability to design experiments, gather data, and solve problems just like industry pros do.
This experiential focus prepares you for success through targeted resources:
- Hands-on labs: Electronics, digital logic, and embedded systems laboratories for conducting experiments, analyzing data, and interpreting results on electrical and electronic engineering problems.
- High-performance computers: Access to powerful systems for employing information technologies effectively and working on circuit theory projects and advanced simulations.
- Team-based projects: Opportunities to work efficiently in intra-disciplinary and multi-disciplinary teams, building communication, cooperation, and problem-solving skills alongside individual work.
- Modern techniques and tools: Training to select and use cutting-edge tools for electrical-electronic practice, including those tied to power systems and renewable energy explored in career seminars.
- Book collections and resources: Comprehensive library support for cross-disciplinary studies in physics, math, computer science, electromagnetism, and electronics.
Imagine turning these experiences into your edge in the job market—our grads are ready for electric power, innovation, and beyond.



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