About Us

About Us

1. Objective:
   Our primary aim is to provide undergraduate and in-service education at an international level, cultivating mechanical engineers who are creative, adopt a systematic approach to problem-solving, work well in teams, and are environmentally conscious. These engineers will be equipped with social, economic, and professional ethical awareness, a strong sense of responsibility, and leadership qualities. They will excel in design, production, application, and R&D activities in industry and research institutions. Additionally, we aim to conduct research that produces knowledge and technology at an international level while addressing the challenges faced by the national industry.

Our vision is to become a globally recognized department that offers high-quality education, prioritizes the generation of scientific knowledge and technological advancement, and contributes to improving living standards and economic prosperity. We are committed to continuous self-renewal to maintain our reputation and influence internationally.

2. The Role of Mechanical Engineering:
   Mechanical engineering, one of the fundamental branches of engineering, focuses on the mechanical aspects of equipment and processes, including the development, design, and manufacturing of mechanical devices, engines, and machines. Its core areas include thermodynamics, heat and fluid sciences, energy, materials and manufacturing, design and construction, mechanics, machine theory, and dynamics. Mechanical engineering encompasses a wide array of applications, such as automobiles, aircraft, industrial robots, manufacturing machinery, lifting and transportation systems, steam, gas, and water turbines, internal combustion engines, jet and rocket engines, heating, ventilation, and cooling systems, construction machinery, mechatronics, and biomechanical products.

As a foundational engineering discipline, mechanical engineering also serves as a gateway to specialized fields such as business, marketing, investment planning, or advanced studies in one of its subfields. By developing innovative technologies, mechanical engineers enhance the quality of life and contribute to societal welfare. In doing so, they are expected to be sensitive to societal and environmental concerns, adhere to ethical values, and respect nature. This program is designed to meet the aforementioned needs by educating engineers equipped with the knowledge and technologies required by contemporary society.

3. Employment Opportunities:
   Graduates of the Mechanical Engineering Department have access to diverse employment opportunities in both the public and private sectors, including industries such as aerospace, steel, food, textiles, machinery manufacturing, automotive, energy, and defense. They can serve as technical experts, researchers, and managers in various industrial sectors and public institutions. Additionally, by collaborating with other disciplines and leveraging advancements in computer technology, graduates will play a pivotal role in designing, developing, and producing numerous products within scientific standards, thereby significantly contributing to the national economy and industry. Those pursuing postgraduate studies may also have the opportunity to work as academics in universities.

4. Requirements for Graduation:
   The duration of the undergraduate program is four years or eight semesters. Students must accumulate a total of 240 ECTS (European Credit Transfer and Accumulation System) credits during their education. In the 7th semester, students will complete workplace training worth 30 ECTS and conduct internships for a total of 48 working days during the summer semesters. As a result, students will spend seven semesters on campus and one semester in a professional workplace. From the 6th semester onwards, students will choose between two specialization tracks: Manufacturing or Energy.

5. Internship Requirements:
   The workplace training to be undertaken during the 7th semester will be conducted in organizations within the provincial boundaries. To facilitate this, a dedicated unit will be established within the department to supervise and monitor students' activities.

Students must complete their internships during the 2nd and 3rd years, with a minimum of 48 working days. These internships should be undertaken at institutions either selected by the student or designated by the university, providing practical experience necessary for their professional careers. Internships will be periodically supervised by department faculty members to ensure their adequacy.

Before commencing an internship, students must submit a petition specifying the location and duration of their internship to the internship commission. If approved, the petition will be certified as "approved" and signed by the chair or vice-chair of the commission. This certified petition must be submitted alongside the internship report upon completion.

Internships are conducted during summer breaks, and multiple internships can be completed within a single summer. Students with fewer courses may undertake internships during the academic year on non-class days, provided the internship commission grants approval. Each internship must be completed at a different organization unless prior permission is obtained from the internship commission for internships conducted in different departments of the same large organization. Internships may also be carried out abroad in official or private institutions.

Graduate Studies in Mechanical Engineering

Graduates of the undergraduate Mechanical Engineering program who wish to advance their education may pursue master's and doctoral degrees.

Master's Program:
The Master’s program in Mechanical Engineering is designed to enhance students' knowledge and skills in specialized areas of the discipline. The program typically involves advanced coursework, research activities, and the completion of a thesis. Graduates of the Master’s program are awarded the title of "Senior Engineer" and are well-prepared to assume leadership roles in industry or to continue their academic careers.

PhD Program:
The PhD program focuses on conducting original research that contributes to the advancement of knowledge in the field of Mechanical Engineering. Doctoral candidates work closely with faculty advisors to develop and execute their research, culminating in the defense of a dissertation. Graduates of the PhD program are equipped to pursue careers as researchers, driving innovative advancements, or as academics, mentoring and educating the next generation of mechanical engineers.

Both the Master’s and PhD programs offer opportunities for students to specialize in various subfields of Mechanical Engineering, including heat transfer, energy systems, robotics, materials science, thermodynamics, and mechanical design, among others. These advanced degrees open doors to higher-level professional opportunities and empower graduates to make significant contributions to the discipline.