The academic content and curriculum of the Bachelor of Science in Energy Systems Engineering aims to provide students with a comprehensive and detailed knowledge of various aspects of the energy sector. The curriculum of this program starts from basic sciences and progresses towards more complex and technical aspects of energy systems.
Basic Sciences and Engineering Principles: The first years of the program usually begin with mathematics, physics and general engineering courses. These courses provide students with the basic knowledge necessary to give them the ability to analyze and solve engineering problems. Courses may include topics such as differential equations, linear algebra, general chemistry, mechanics and thermodynamics.
Energy Production and Conversion: In this stage, students learn energy production processes and energy conversion techniques. Courses focus on conventional energy sources (coal, oil, natural gas) and renewable energy sources (solar, wind, hydroelectric). In these courses, the design, operation and maintenance of energy systems are introduced.
Energy Storage and Distribution: Energy storage technologies and the design and management of energy distribution systems are the core topics of this program. Students learn about electricity grids, smart grids and energy storage solutions (batteries, hydroelectric storage, thermal storage).
Sustainability and Environment: Sustainable energy systems and environmental impacts form an important part of the curriculum. These courses cover ways to reduce the environmental impacts of energy production, carbon footprint management and energy efficiency strategies.
Energy Policy and Management: Energy policy, regulations and economic trends in the energy sector are the main topics of these courses. Students learn about energy markets, energy legislation and international energy policies.
Projects and Laboratory Studies: Projects and laboratory work are of great importance for putting theoretical knowledge into practice. Students have the opportunity to apply their knowledge by working on real world energy systems.
Elective Courses and Areas of Specialization: In the later stages of the program, students are offered elective courses according to their interests. These courses may include advanced renewable energy technologies, energy trading, risk management in energy systems.
The curriculum of the Energy Systems Engineering Undergraduate Program aims to provide students with a comprehensive understanding of both the technical and socio-economic aspects of the energy sector. This program aims to train its graduates as qualified and well-equipped engineers suitable for the needs of the energy sector.