The Bachelor of Science in Rail Systems Engineering offers a comprehensive and multidisciplinary education in railway and rail transportation systems. The curriculum of this program is designed to cover basic engineering principles, the unique needs of rail systems and modern technologies used in the industry. It is aimed to provide students with in-depth knowledge and skills in the design, construction, operation and maintenance of rail systems.
Basic Science and Engineering Courses The program begins with core courses in areas such as mathematics, physics and computer science to solidify students' engineering foundations. These courses help develop the theoretical and analytical abilities needed to understand more advanced engineering topics. In addition, engineering core courses such as materials science, electronic circuits, control systems and statics are also included in this part of the program.
Specialization Courses To address the specific needs of rail systems, students are offered specialized courses in areas such as rail vehicle technology, track dynamics, track mechanics, signaling and traffic management. These courses familiarize students with methods of design and analysis of rail systems, material selection, and ensuring the safe and efficient operation of the systems.
Laboratory and Application Courses To develop practical skills, the program includes a variety of laboratory courses and hands-on projects. Students have the opportunity to apply their theoretical knowledge by working on real rail system components and using simulation software. Such courses enhance students' ability to develop practical solutions to engineering problems.
Design and Project Management The curriculum also includes design and project management courses. Students learn the processes of planning, designing, implementing and evaluating rail system projects. These processes include realistic budgeting, time management and the ability to assess risks that may be encountered during the project.
Internship and Work Experience The program also includes compulsory or elective internships to give students the opportunity to gain experience in their field. Internships allow students to gain real work experience in industrial settings and develop their professional network. These experiences can be an important advantage in finding a job after graduation.
The curriculum of the Rail Systems Engineering program aims to provide students with theoretical knowledge as well as practical and technical skills. In this way, graduates will be equipped to produce solutions to the challenges they may encounter in the field of rail systems.