Bachelor in Energy Systems Engineering

Energy Systems Engineering studies the generation, distribution, storage, and efficient use of energy, drawing on mechanical, electrical, and environmental engineering principles. Coursework typically includes thermodynamics, fluid mechanics, electrical circuits, renewable energy technologies, and energy system design, along with mathematics and physics courses that support engineering analysis. Students develop skills in analyzing power systems, evaluating renewable and conventional energy sources, and designing systems that balance efficiency, cost, and environmental impact, preparing them for careers in the energy sector, utility companies, renewable energy firms, and engineering consultancies. This 4 year bachelor program is taught in English at Istanbul Bilgi University in Istanbul, Turkey, a country where energy demand and infrastructure development make the field practically relevant. Over the four years, the curriculum generally builds from foundational mathematics, physics, and engineering courses toward specialized study of power generation, renewable technologies such as solar and wind, and energy policy or management topics. Laboratory work and design projects are typical components, giving students experience modeling and testing energy systems rather than studying them only in theory. English-medium instruction supports engagement with international engineering standards, research literature, and technologies, much of which is documented and discussed in English within the global engineering community. The program at Istanbul Bilgi University aims to equip graduates with both the technical engineering foundation and the specialized energy knowledge needed for roles in the sector, with this record corresponding to a separate program intake.