Department Detail

FACULTY OF ENGINEERING
MECHANICAL ENGINEERING
Program Detail
About Programme Program Profile Program Learning Outcomes Course Structure Course and Programme Outcomes NQF-Fields Programme Outcomes Contact information Programme Director or Equivalent Qualification Awarded Specific Admission Requirements Access to Further Studies Graduation Requirements Recognition of Prior Learning Occupational Profiles of Graduates Academic Staff Return to Programs
Program Learning Outcomes
NoProgram Learning Outcomes: With the successful completion of this program, students will be able to
1 Developing the ability to employ basic sciences and engineering knowledge to solve complex real-life problems regarding mechanical engineering.
2 Developing the ability to define and formulate complex engineering problems and develop modeling and analysis methodologies to propose appropriate solutions to these problems.
3 Acquiring analytical and critical thinking skills to improve engineering projects management abilities such as risk management, entrepreneurship, innovation, and sustainable development.
4 Developing individual-working skills, and abilities of effective intra- and the interdisciplinary team works.
5 Seeking sustainable solutions to global engineering problems related to mechanical engineering in social and communal contexts, awareness of the legal consequences of engineering solutions
6 Learning the professional and ethical responsibilities in engineering practices and applying engineering standards in mechanical engineering-related problems.
7 Following technological developments and contemporary research topics with the awareness of the need for lifelong learning.
8 Developing practical oral and written communication skills and learning at least one foreign language for effective report writing and presentation skills.
9 Ability to design and conduct experiments, and collect, analyze, and interpret data for the study of complex mechanical engineering problems and research topics.
10 Developing the ability to design complex engineering problems by considering realistic constraints, proposing experimental and numerical research methodologies to meet the desired requirements, and applying effectively modern design and information technologies in this context.




https://sis.agu.edu.tr/oibs/bologna/progLearnOutcomes.aspx?lang=en&curSunit=1104