The academic content of the Bachelor of Science in Aquaculture Engineering is based on the principles of effective management and conservation of aquatic resources. The curriculum of the program comprehensively covers topics such as aquaculture biology and ecology, aquaculture, fishing technologies, water quality and fish diseases. In this department, students are taught the basic sciences and applied engineering skills required in the field of aquaculture.
Basic Science Courses: In the first years of the program, students take basic science courses such as general biology, general chemistry, physics and mathematics. These courses provide the necessary theoretical background for students to understand more advanced aquaculture engineering subjects.
Specialized Courses: Following the basic sciences, students are directed to more specialized courses such as aquaculture biology, hydrobiology, limnology (freshwater science), marine biology. In these courses, the biological and ecological characteristics of aquatic environments are studied in detail.
Aquaculture and Hunting Technologies: Aquaculture is an important part of the program. In this area, subjects such as the design and operation of aquaculture farms and sustainable production methods are taught. There are also courses on hunting techniques and the design and operation of fishing gear.
Water Quality and Fish Diseases: Water quality management and fish health protection are the cornerstones of aquaculture engineering. Students are introduced to water quality parameters, pollution control methods and identification, prevention and treatment of fish diseases.
Processing and Marketing: There are also courses on the processing, storage and marketing of seafood. These courses cover topics such as improving product quality, compliance with food safety standards and marketing strategies.
The program also gives students the opportunity to specialize according to their interests by offering a variety of elective courses. For example, courses such as aquaculture research, marine protected areas management, aquaculture economics can be selected.
Laboratory and Field Studies: Besides the theoretical knowledge, the program includes a lot of laboratory work and field trips. Students gain hands-on experience in real aquatic environments and laboratory conditions. This enhances their ability to analyze and solve real-world problems.
Thus, the Aquaculture Engineering Program is designed to comprehensively provide students with the knowledge and skills required for a successful career in the aquaculture industry.