Mechanical Engineering Abdullah Gül University (AGU)

Overview

The Mechanical Engineering Department  course from Abdullah Gül University (AGU)  students are prepared for global competition in the areas of research, community service and entrepreneurship in their careers.

Key facts:

• The Mechanical Engineering Department of Abdullah Gül University (AGU) is implementing a special education curriculum based on scientific-based theoretical and practical courses that are open to development, active learning-oriented and teamwork practices. In this way, students are prepared for global competition in the areas of research, innovation, community service and entrepreneurship in their careers.
• The programme specific to AGU Department of Mechanical Engineering, aims to develop the students' entrepreneurship, creativity, leadership, teamwork, scientific thinking and life-long learning skills, through the use of active learning methods at every stage of the education, and through the construction of disciplinary and interdisciplinary projects based on the student ideas and feedbacks.
• Apart from the studies in traditional technical areas supported by active computer simulations and experimental research in various laboratories; to search for engineering solutions to global, economic, environmental and social problems, research and training activities are carried out in laboratories, which are established in both classical and new developing areas such as, Energy Systems, Fluid Mechanics, Design and Manufacturing, Mechatronics, Control Systems, Robotics, Vibration and Acoustics, Automotive Engineering, Composite Materials, Biomechanics, Renewable Energy, Battery Engineering, Sustainable Design and Production.

Programme Objectives:

The Mechanical Engineering Department of AGU aims to educate graduates, who

• Work in the world's leading companies or academic institutions
• Use basic science and engineer knowledge in ethical, environmental and social awareness
• Do not lose their curiosity for life-long learning and research, who can find solutions to the challenges of 21st century with their technical and scientific competencies

Program Outcomes:

• Ability to apply knowledge of basic sciences and engineering fundamentals to the solution of real-life problems related to mechanical engineering.
• Ability to come up with solutions for mechanical engineering problems and design mechanical systems that meet specified criteria.
• Critical and analytical thinking
• Ability to function on multi-disciplinary teams

• Seeking sustainable solutions to global engineering problems related to mechanical engineering in societal and environmental contexts

•  An understanding of professional and ethical responsibility of engineering practice

• Recognition of the need for, and an ability to engage in life-long learning of technological improvements and contemporary research topics
• An ability to communicate effectively
• Designing experiments, to make results by analyzing experimental data, and making engineering decisions based on the results
• Conduct investigations of mechanical engineering problems using research-based knowledge and research methods including experimental and computational studies