Energy Systems Engineering (Master)

About the Program

The MSc in Energy Systems Engineering Program aims to train engineers with in-depth knowledge, capable of conducting scientific research and developing solutions to complex energy-related challenges.

The program offers specialization opportunities in the following areas:

• Conventional and renewable energy systems.
• Energy management and energy policies.
• Energy efficiency and sustainable energy solutions.
• Energy-environment relations and carbon footprint management.
• Modeling and optimization of energy systems.

The program focuses on training experts who can develop innovative and sustainable energy solutions to address the environmental impact and increasing costs of fossil fuels. It also contributes to academic research and supports advancements in the energy systems engineering field.

Education Opportunities

The MSc in Energy Systems Engineering Program offers two tracks: thesis and non-thesis.

Thesis Program:

• Consists of seven courses, a seminar, and a thesis.
• Includes two compulsory program courses, two program electives, and three graduate-level electives from other engineering departments.

Non-Thesis Program:

• Consists of ten courses and a graduation project.
• Includes two compulsory program courses, five program electives, and three engineering electives.
• Focuses on gaining professional knowledge rather than writing a thesis.

Courses cover topics such as:

• The historical development of energy systems.
• Techno-economic analysis of energy applications.
• Solar energy system design and implementation.
• Integration of renewable energy systems.
• Economic challenges in energy systems and optimization techniques.

Career Areas

Graduates of the MSc in Energy Systems Engineering Program can:

• Pursue academic careers by applying to PhD programs in Turkey or abroad.
• Find extensive career opportunities in the public and private sectors.
• Work in energy storage technologies and energy conversion systems.
• Take part in renewable energy plants such as solar, wind, and hydroelectric facilities.
• Develop energy efficiency projects and contribute to sustainable energy policies.
• Engage in innovative fields like smart grids, electric, and hybrid vehicle technologies.

The increasing investments in the energy sector provide MSc graduates with global career prospects.