Program Outcomes
1) Ability to design and conduct theoretical or experimental research and to analyze and solve complex problems faced during the research.
2) Ability to formulate and solve problems in the area of Industrial engineering and to develop and apply innovative methods for solving these problems
3) Adherence to societal, scientific, and ethical values in all professional activities including collection of data, interpretation of results, and dissemination of outputs.
4) Awareness of social, environmental, health, safety, legal implications of and constraints for engineering applications.
5) Ability to access knowledge in Industrial engineering and to evaluate, interpret and apply this knowledge
6) Ability to complete and apply knowledge through scientific methods, using limited or incomplete information; to integrate and apply knowledge from different disciplines.
7) Ability to develop new methods, to design complex systems or processes and to employ innovative/alternative solutions in these designs.
8) Ability to work independently, to take responsibility, and to function effectively as a member or a leader in intra- and multi-disciplinary teams, and to develop solutions in complicated situations.
9) Comprehensive knowledge in contemporary methods and techniques in engineering and their constrains
10) Knowledge in new and emerging applications in Industrial Engineering
11) Ability to communicate effectively in both national and international arenas verbally and in writing.