D.9. Key Learning Outcomes

1. Conduct scientific research to access necessary engineering knowledge and methods required for advanced studies in industrial engineering; evaluate and implement knowledge and methods

2. Use advanced analytical methods and modeling techniques to design and improve processes, products and systems in an innovative and novel manner

3. Plan, manage, monitor processes, products and systems

4. Evaluate data obtained from analysis of processes, products and systems; use scientific methods to complete limited or missing data; develop data driven approaches for decision making

5. Develop and apply novel methods for efficient integration of scarce resources such as man, machine, material, energy, capital and time to systems

6. Use computer programming languages, software, information and communication technologies to solve problems in industrial engineering domain

7. Report and present advanced studies, results, evaluations on the design, analysis, planning, management, monitoring, and improvement of processes, products, systems

8. Be aware of professional responsibilities; identify technological, economic, social and environmental effects of industrial engineering applications; work independently and in teams with scientific ethical values; take responsibility; lead the team

9. Be aware of current engineering practices, follow literature for advanced research; reach, deploy and apply knowledge in a foreign language