Final year students of Üsküdar University's Faculty of Engineering and Natural Sciences, Department of Electrical and Electronics Engineering, undertook innovative projects as part of their graduation projects. Among the notable projects were 'Multipurpose Underwater Vehicle Design', 'Smart Home Automatic Control Project', 'Wind Turbine Control Project', 'Automatic Electric Vehicle Control System', and 'Development and Functionality of Underwater Vehicles'. Founding Rector Prof. Dr. Nevzat Tarhan, Rector's Advisor Halide İncekara, and Dean of the Faculty of Engineering and Natural Sciences Prof. Dr. Osman Çerezci received information about the works exhibited at the Central Campus.
The works prepared by Electrical and Electronics Engineering Department students as part of their graduation projects were exhibited in the Central Campus lobby area.
Candidates visiting for university preferences also showed great interest in the notable projects.
They bring their own designs to life
Final year students of Üsküdar University's Electrical and Electronics Engineering Department developed innovative projects on various electrical devices and systems. While the eight laboratories within the department provide students with a wide range of work areas, students also have the opportunity to bring their own designs to life.
Prof. Dr. Nevzat Tarhan also received information about the works
Üsküdar University Founding Rector Prof. Dr. Nevzat Tarhan, Rector's Advisor Halide İncekara, and Dean of Üsküdar University's Faculty of Engineering and Natural Sciences Prof. Dr. Osman Çerezci personally examined the projects. Tarhan and Çerezci received information about the works from Dr. Javad Jangı Golezanı, Deputy Head of the Department.
Prof. Dr. Selim Şeker: “They produced a fully electric vehicle”
Head of the Electrical and Electronics Engineering Department at the Faculty of Engineering and Natural Sciences, Prof. Dr. Selim Şeker, spoke about the work done in the department. Şeker said; “The electric car you see is entirely designed by our students. Our students worked on this project and produced a fully electric vehicle.”
Projects are carried out across a wide range
Prof. Dr. Selim Şeker also stated that projects are being carried out across a wide range, from wind-powered systems to smart home technologies. Şeker said; “Our students are working on wind-powered systems, smart homes, and even remote-controlled submarines. These projects are entirely carried out through the efforts of the students and the advice of their instructors.”
Their theoretical knowledge turns into practical projects…
Şeker also provided information about the Electrical and Electronics Engineering Department, highlighting the laboratory facilities available and the wide range of work areas offered to students. Şeker said; “No other department has this many laboratories. Our students can convert their theoretical knowledge into practical projects here. For example, one of our students published electronic work, done in collaboration with a student from China, in international journals.”
Dr. Javad Jangı Golezanı, Deputy Head of Department: “We are considering developing this project”
Dr. Javad Jangı Golezanı, Deputy Head of the Electrical and Electronics Engineering (English) Department, who advised on the 'Development and Functionality of Underwater Vehicles' project, spoke about the project. Golezanı said; “This project is actually a multipurpose submarine vehicle design. By multipurpose, I mean it can be used in many different fields, such as the defense industry or healthcare. The submarine design actually has functions such as object recognition, distance measurement, recognizing surrounding objects, distance measurement, or speed measurement. For example, it is suitable for applications like recognizing surrounding objects in the defense industry or for detecting pollution, marine pollution, in healthcare fields. Considering these kinds of things, we carried out this project with our students in the initial stage. In future years, perhaps we can expand it by adding different sensors to develop it for object recognition, marine pollution, or defense applications. We are considering making TÜBİTAK applications by adding different sensors and further developing this project.”