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Industrial engineering has a wide perspective and knowledge to solve problems in different sectors such as manufacturing, health, transportation, environment, and computing. It deals with the handling, improvement, and redesign of the process as a whole in systems where human, machine, material, energy, information, capital, and informatics are integrated. It is a discipline that can blend mathematics, science, and social sciences with its analysis and design skills in order to obtain the best solution in the systems under consideration.
Our aim based on the vision of ISTE Technoversity is to train Industrial Engineers who are;
- Able to deal with problems that may arise in every sector with an analytical thinking approach,
- removing the boundaries between disciplines while generating a solution approach,
- able to synthesize disciplines; able to produce solutions to meet national and international needs;
- does not limit itself in terms of perspective, knowledge, field of study, technology,
- removes borders in all ways in all areas.
In parallel with this purpose, we have a curriculum that is in constant communication and cooperation with all our stakeholders, attaches importance to university-industry cooperation, which does not ignore the application of the education given to the industry as well as the theoretical knowledge required by the profession, and deals with innovations with agile thinking.
Industrial Engineer;
* is a good observer.
* looks at problems in a holistic and multidimensional way.
* is a successful manager in managing time and resources.
* is not satisfied with what (s)he has, (s)he always thinks that there will be better and always looks for the better.
* is an expert in dealing with uncertainties in problems and proposing an analytical solution approach.
* is creative, there are definitely suitable solution approaches for every problem.
* is successful in processing and interpreting information.
* is prone to teamwork.
* is an expert in establishing a balance between components in the process and designing systems.
* is an excellent bridge between the fields of mathematics, science, social sciences, and engineering.
* does not just follow the innovation, (s)he creates the innovation her(him)self.
* makes use of all kinds of disciplines while generating solution approaches.
* attaches importance to performance and efficiency in the sectors it works in.
* her(his) communication skills are developed, has good communication management skills.
* applies technology in all areas of the process and makes it a part of the process.
* can benefit by making statistical inferences even from the mistakes made in production. (S)He never makes the same mistake twice.
Industrial engineers do not think about the moment the arrow is shot, but where the arrow will hit. In other words, they always predict one step ahead in every job they do in every sector they work in.
It is the era of dominating iron with knowledge, (s)he is a manager who adapts her(his) understanding to every field he works.
