Program Outcomes
1) Ability to confront, analyze, and solve complex problems encountered in theoretical research or experimental design.
2) Ability to formulate and solve problems in industrial engineering and to develop and apply innovative methods to solve these problems.
3) Adherence to social, scientific and ethical values in all professional activities, both in data collection, evaluation and distribution of data.
4) Be aware of the social, environmental, health, safety and legal implications and limitations of engineering practices.
5) Ability to access information in the field of industrial engineering and to evaluate, explain and apply it.
6) Ability to combine knowledge from different disciplines and apply scientific methods using limited or incomplete knowledge.
7) Ability to propose original ideas and scientific methods in engineering systems and equipment or designs used in these processes.
8) Ability to work independently, take responsibility, and work as a team leader or team member in complex and difficult processes inside and outside the field.
9) Ability to use mathematics and engineering science in advanced research
10) To have knowledge about new and emerging applications in industrial engineering.
11) Ability to communicate verbally and in writing, both nationally and internationally
12) Ability to conduct literature reviews, prepare and make academic presentations, and publish in academic journals