About

Department of Energy Systems Engineering Overview

Established: 2011

Program Length: 4 years

Degree Conferred: Bachelor’s in Energy Systems Engineering

Qualification Level: Bachelor’s Degree

Program Profile

The Department of Energy Systems Engineering, established in 2011 within the Faculty of Technology, began offering undergraduate education in 2012. The graduate programs (master's and doctoral programs) in our department started accepting students in 2012. Our department continues its educational activities with a total of 11 academic staff members, including 4 Professors, 2 Associate Professors, 2 Assistant Professor, and 3 Research Assistants.

Graduate Profiles and Career Prospects

Meeting the growing energy demands caused by population growth, both globally and nationally, and managing existing energy resources efficiently are among the key challenges of today. Our department was established to address these challenges by training graduates with the skills needed to contribute effectively to the energy sector in various fields.

Our students have the opportunity to develop expertise in renewable energy sources, energy production, energy management and policies, energy efficiency, conventional fuels, and their environmental impacts. With this comprehensive foundation, they are prepared to embark on their careers and actively participate in the dynamic energy sector of our country.

Admission Requirements

• Domestic Students: High School Diploma and selection based on university entrance exam scores.
• International Students: High School Diploma and placement based on the university’s Foreign Student Examination scores.

 

Qualification Requirements
To graduate, students must complete 240 ECTS credits over eight semesters, maintain a minimum GPA of 2.00/4.00, and pass all courses.

Learning Outcomes

1. Students gain a comprehensive understanding of the fundamental principles and concepts within the Energy Systems Engineering discipline. 
2. In their final year, students participate in a semester-long workplace training program, enabling them to acquire foundational knowledge and hands-on experience in energy sector.
3. Students are required to complete an internship as part of their education, designed to reinforce their academic learning through laboratory practices and real-world applications. These internships not only focus on professional skills but also emphasize the importance of workplace etiquette and discipline. Students are expected to familiarize themselves with technological advancements, enhance their practical application skills, and gain valuable management experience. To fulfill this requirement, students must complete a total of 40 working days of internships, consisting of one field internship (20 working days) and one business organization internship (20 working days), conducted in relevant facilities, factories, or companies.

Further Study Opportunities

Graduates may pursue master’s or doctoral programs in fields such as Department of Thermal Engineering, Department of Renewable Energy Systems, Department of Energy Planning and Efficiency, Department of Petroleum and Natural Gas, and Department of Fuels and Combustion Technologies.

Assessment and Grading

Assessment is based on midterm and final exams, with finals comprising at least 60% of the grade. Summer internships are required, totaling at least 40 working days, with evaluation based on reports and presentations.

Graduation Requirements
To graduate, students must successfully complete all courses in the curriculum across eight semesters (four years), earning a minimum cumulative GPA of 2.00 on a 4.00 scale.

Mode of Study
Full-time, in-person instruction.