D.9. Key Learning Outcomes

1. The ability to access the knowledge extensively and deeply and to evaluate and interpret knowledge in the scientific area of interest by means of carrying out a scientific research.

2. To have comprehensive knowledge on state-of-the-art techniques and methods used in the research area of interest with their possible constraints.

3. To be aware of the novel and emerging applications on his/her profession and to have the ability to search and learn these items when necessary.

4. The ability to design engineering problems, to develop and implement innovative methods for finding solutions.

5. The ability to develop new and/or novel ideas and methods; the ability to develop innovative solutions for the design problems of a system, a component or a process.

6. The ability to complete and apply the knowledge with scientific methods by using limited or incomplete data; to have the ability to integrate information from different disciplines.

7. The ability to describe the social and environmental consequences of engineering applications.

8. The ability to design and implement the researches based on analytical thinking, modeling and empirical reasoning; the ability to resolve and interpret the complex conditions encountered in this process.

9. To act responsibly in the stages of data collection, interpretation, and dissemination as well as consider scientific and ethical values in all professional activities.

10. To share the methodology and the results of his/her studies systematically and explicitly through national and international scientific platforms by means of written or oral discourse.