Electrical and Electronics Engineering

Electrical and Electronics Engineering is a discipline that began to take shape in the early 19th century and has become indispensable in daily life over the past century. By facilitating technological advancements, it has significantly improved the quality of life and led to the emergence of many new fields. As a profession of critical importance in rapidly growing industries, the demand for Electrical and Electronics Engineers is expected to increase, particularly in research and development, design, production, and management.

The scope of Electrical and Electronics Engineering can be divided into two main areas: Electrical Engineering and Electronics Engineering. Electrical Engineering focuses on energy and power systems, addressing the generation, transmission, and distribution of electrical energy, lighting systems, electrical machines, and control applications utilizing various sustainable energy sources. On the other hand, Electronics Engineering deals with devices produced with electronic technology, communication systems, microprocessors, microcontrollers, automation and control systems, and intelligent robotics technologies. In summary, Electrical and Electronics Engineers are the architects of modern technologies, undertaking complex tasks ranging from electricity generation and distribution to wireless communication and supercomputers.

The Electrical and Electronics Engineering Department at Piri Reis University features an environmentally friendly, award-winning green campus, state-of-the-art laboratories, and an experienced academic staff. We offer an undergraduate engineering education aligned with the Turkish Higher Education Quality Framework and the Bologna Process. Our goal is to train future Electrical and Electronics Engineers who are knowledgeable in their subfields, research-oriented, industry-focused, and equipped with a broad vision.

The language of instruction in our department is 100% English. Depending on their proficiency level, students may receive one year of English education, which is structured under a modular education system in accordance with the Common European Framework of Reference for Languages.

Students in the Electrical and Electronics Engineering program study fundamental sciences, engineering sciences, and engineering design courses, in addition to social, economic, and administrative sciences. The curriculum is designed to meet the needs of both the world and our country, covering theoretical, design, and practical applications in electronics, communication, control, signal processing, and electrical (power) disciplines. It also addresses technological, economic, administrative, and social challenges.

The course structure is generally organized as follows:

• First Two Years: Students learn fundamental science topics such as mathematics, physics, statistics, and general engineering, as well as core courses in electrical and electronic circuits, electromagnetic fields, and signals and systems.
• Third Year: Students study major topics such as electromagnetic waves, communication systems, electrical machines, microprocessors, and control systems, in addition to technical elective courses tailored to their chosen specialization.
• Fourth Year: Students apply their theoretical, design, and practical knowledge to prepare an engineering project and complete a graduation thesis. Various elective courses allow students to specialize in specific areas, equipping them for careers in their chosen fields.

Graduates from our program receive a comprehensive education that balances theory, design, and application. They develop valuable professional skills such as project implementation, technical report writing, and presentation. Throughout their studies, students are encouraged to participate in the department’s research activities. In their third and fourth years, they have opportunities to collaborate with faculty members and research groups. Additionally, our university offers various social and engineering clubs that support students’ personal and professional development.

Students can also take part in the ERASMUS student exchange program, gaining the opportunity to study at partner higher education institutions in Europe. This experience helps them improve their language skills and build an international network.

As Turkey’s first and only maritime-themed university, our department offers specialized education in electrical and electronics engineering applications for the maritime sector. These applications include integrated navigation systems such as radar, communication, GPS, electronic machine control, and power systems, as well as robotic applications. These technologies are expected to contribute to increased autonomy in maritime systems in the coming years. Through coursework and projects, students have the opportunity to specialize in this sector.

Mission

Our mission is to train qualified researchers and engineers who will be pioneers in modern science and technology in the fields of Electrical and Electronics Technologies. We aim to contribute to regional and national organizations through research and development while generating valuable knowledge through systematic research.

Vision

Our vision is to educate engineers who aim to reach international standards, can design innovative systems, keep up with advancements in their fields, adhere to universal values, and internalize professional ethics. Our graduates will utilize knowledge and technology for the benefit of society.

Degree

Students who successfully complete the program are awarded the “PRU Faculty of Engineering Bachelor’s Degree in Electrical and Electronics Engineering.”
Diploma requirements and regulations are outlined in Piri Reis University’s Undergraduate Education and Examination Regulations. To graduate, students must complete all required courses in their enrolled program, maintain a minimum cumulative GPA of 2.00, meet the minimum credit requirements, and fulfill their internship obligations.

Program Description

The Bachelor’s Program in Electrical and Electronics Engineering aims to:

• Provide a solid foundation of knowledge and professional education in Electrical and Electronics Engineering.
• Encourage students to pursue entrepreneurial opportunities in fields that are in demand in academia, industry, or the public sector.
• Enable students to gain experience in national, international, or multicultural organizations.
• Teach advanced techniques and the use of modern engineering tools for engineering applications.
• Ensure students have knowledge of contemporary issues within a scientific framework.
• Develop their ability for creative and analytical thinking, lifelong learning, and leadership qualities.
• Enhance their ability to design systems, components, or processes that meet specified needs.

Career Opportunities

Graduates of the Electrical and Electronics Engineering program have various academic and professional career paths. Academically, they can pursue master’s programs in Electrical Engineering, Electronics Engineering, Communication Engineering, Control Engineering, or Mechatronics Engineering.

Professionally, they can explore numerous job opportunities in both local and international public and private sector organizations, in disciplines such as electronic circuits, wireless communication, microwave technologies, signal processing, power and energy, control and automation.

Graduates are equipped with the qualifications required for both Electrical and Electronics Engineering careers.