The academic content and curriculum of the Bachelor of Science in Meteorological Engineering Program is balanced, combining basic sciences and engineering principles with atmospheric sciences. The curriculum of the program generally covers a four-year period of study and is designed to enable students to acquire both theoretical knowledge and practical skills.
In the early years, students are taught basic science courses such as mathematics, physics and chemistry. These courses build the mathematical and scientific foundations necessary to understand and model atmospheric phenomena. Students also take computer science and programming courses to gain the computer skills necessary to analyze and model meteorological data.
In later years, students study subjects more specific to atmospheric sciences. These courses include atmospheric dynamics, thermodynamic structure of the atmosphere, meteorological instruments and measurement techniques, weather analysis and forecasting, climate science, atmospheric chemistry and pollution, remote sensing techniques and meteorological data analysis. These courses provide students with the ability to understand and predict atmospheric phenomena.
In the later stages of the program, students are offered more applied and specialized topics. At this stage, topics such as weather models, climate change and its impacts, meteorological disaster management and risk assessment, environmental meteorology are emphasized. Students have the opportunity to apply the knowledge they learn in these courses in practice through laboratory work, project-based assignments and internships.
The curriculum also includes courses that develop students' research skills and enhance their ability to think scientifically. These courses lay the foundations for students to pursue an academic career or work in research and development after graduation.
In summary, the Meteorological Engineering Undergraduate Program offers a curriculum that includes theoretical and practical applications that comprehensively teaches students the basic principles of atmospheric sciences, modern meteorological techniques and environmental interactions. This program provides students with the necessary knowledge and skills to be successful in both academic and industrial fields.