No | Program Requirements |
---|---|
1 | To have theoretical and / or practical knowledge in the field of mathematics, science, social sciences, engineering and / or industrial engineering, and the ability to use this knowledge to model and solve engineering problems |
2 | Gaining the ability to work actively in projects and projects aimed at professional development in both individual and multidisciplinary groups and taking responsibility in situations that may arise in this process |
3 | To have at least one foreign language knowledge in order to communicate with colleagues in the field and to follow current developments. |
4 | Being sensitive to universal and social values, observing the interests of the country, researching, producing, being aware of ethical and professional responsibility, using initiative and creativity. |
5 | Ability to gain knowledge and skills to ensure the efficient integration of limited resources such as human, machine, material and / or time into systems |
6 | Ability to design, model and / or improve complex products, processes and / or systems |
7 | To be able to analyze product, process and / or systems, to be able to use appropriate mathematical modeling techniques and analytical methods in decision making based on information / data |
8 | Ability to use computer software, information and communication technologies to analyze and solve engineering problems |
9 | To have knowledge about the effects of engineering applications on health, environment and current issues in universal and social dimensions; be aware of innovation and sustainability issues |
Students who graduate from industrial engineering program can work in all companies and public institutions without distinguishing between production and service sectors (finance, software, banking, consulting, heavy industry, manufacturing, technology, marketing, sales, pharmaceuticals, defense, rapid consumption, consulting, software, telecommunications, automotive). Production planning, quality control, logistics management, job analysis and demand forecasting can be given as prominent working areas.
Students who graduate from the Industrial Engineering program can apply for postgraduate education.
Students who graduated from the Industrial Engineering program,
- Play an important role in increasing productivity by performing activities such as production, design, research and development and control
- Aim to improve the existing system with the philosophy of continuous improvement
- Make a holistic examination of the problems and solve them systematically
- Contribute directly to the organization of work and workplace
- Carry out various studies in order to make the work measurable, make a detailed analysis of the work, and present them in a scientific way and suggest improvement.