Program outcomes of the Industrial Engineering Undergraduate Program:
1. Has theoretical
and/or applied knowledge in the field(s) of mathematics, science, social
sciences, engineering and/or industrial engineering, and uses this knowledge to
model and solve engineering problems.
2. Becomes competent to
design, model and/or improves complex products, processes and/or systems.
3. Gains knowledge and
skills to plan processes, products, systems and/or projects.
4. Achieves the
competence to analyze products, processes and/or systems, and to use
appropriate modeling techniques and analytical methods in decision-making based
on data.
5. Gains knowledge and
skills to enable efficient integration of limited resources such as human,
machine, material, energy, capital, and/or time into systems.
6. Has the ability to
use computer software, information and communication technologies for the
solution of problems in the field of industrial engineering.
7.Has the ability to report
and presents studies related to product, process and/or system design,
analysis, planning, monitoring, and improvement.
8. Gains the ability to
work individually and as a team member, respectful of ethical values, with the
awareness of professional responsibilities.
9. Attains the
competence to continuously improve himself/herself, to follow and transfers new
developments by accessing information in a foreign language.
10. To have information about
the effects of engineering applications on health, environment and safety in
universal and social dimensions and the problems of the age; become aware of
the legal consequences of engineering solutions and the issues of
entrepreneurship, innovation and sustainable development.
