The academic content and curriculum of the Bachelor of Engineering and Natural Sciences Programs aims to provide students with a broad range of theoretical knowledge while also developing practical application skills. The curriculum of these programs is designed with an interdisciplinary approach and usually includes the following components:
Basic Sciences and Mathematics: The program includes basic science courses such as physics, chemistry, biology and mathematics. These courses provide the theoretical foundation for students to understand more advanced topics in engineering and natural sciences.
Engineering Fundamentals: Students are taught basic engineering principles such as engineering design, materials science, thermodynamics, mechanics, electrical circuits and electronics. These courses develop students' ability to analyze and solve engineering problems.
Areas of Specialization: Students can specialize in a particular branch of engineering or natural sciences. These fields include mechanical engineering, electrical and electronics engineering, computer engineering, chemical engineering, bioengineering, environmental sciences and many more.
Laboratory and Practical Studies: Practical applications of theoretical knowledge are reinforced through laboratory work and project-based courses. This provides students with the opportunity to develop solutions to real-world problems and work in teams.
Design and Project Management: These courses aim to develop students' skills in planning, managing and implementing engineering projects. Students gain knowledge on topics such as project management, cost analysis and sustainable design.
General Education Courses: General education courses are also included in the curriculum to develop students' skills such as critical thinking, ethics, communication and sensitivity to social issues.
Elective Courses: Students are offered a variety of elective courses according to their interests. These courses allow students to deepen in a particular field or learn about different disciplines.
The curriculum is continuously updated and aligned with industry standards so that students can create effective solutions to current and future technological challenges. These programs equip students to succeed in both the academic and professional world.