D.9. Key Learning Outcomes

1. Reach the necessary knowledge and methods required within the scope of industrial engineering through scientific research. Utilize these knowledge and methods upon evaluation and synthesis and implement them

2. Follow the innovations, developments and literature on an international basis in the field of industrial engineering; have the competency to convert the research activities into scientific national and international publications and to contribute to the national and international science and technology literature.

3. Perform a comprehesive analysis of the decision making problems; with a critical view evaluate the operations research and data based methodologies to model and solve these problems; implement after the synthesis or the development of these methods.

4. Perceive independently, design, plan, manage, monitor and conclude the research and development study process in the field of industrial engineering.

5. Are aware of the academic responsbilities; describe the scientific, technological, economic, social, environmental and cultural impacts of the applications of Industrial Engineering; based on necessity, work individually or as a team member taking the scientific and institutional ethical values.

6. Evaluate critically, report and present the results of the advanced research stuies and projects carried out in the field of industrial engineering

7. Have the competency of the advanced use of software and information technologies required for Industrial Engineering

8. Design, model, develop and improve large scale systems.

9. Raise the awareness of the decision makers through public quotation of the scientific, technological, social and cultural developments in the field of Industrial Engineering with a sense of scientific impartiality.