Graduate School of Sciences | Department of Industrial Engineering | Doctorate Degree (Ph.D)

#	Field Qualifications
1	employ advanced knowledge in the field of industrial engineering through scientific research; evaluate, interpret and apply knowledge.
2	employ extensive knowledge on recent techniques and methods used in industrial engineering, and the constraints of these techniques and methods.
3	complete and apply knowledge based on limited or deficient data through scientific methods; integrate knowledge from different disciplines.
4	use new and developing applications in the profession; examine and learn these applications, when required.
5	define problems related with industrial engineering; and develop methods for their solution, and use innovative methods in problem solving.
6	generate new and/or original ideas and methods; and develop innovative solutions in system, component or process designs.
7	design and conduct analytical, modeling and experiment-based research; solve and interpret complex problems encountered in this process.
8	produce solutions in complicated situations and take responsibility and assume the leadership role in multi-disciplinary teams.
9	establish oral and written communication in a foreign language at minimum B2 level, as defined by the European Language Portfolio.
10	report systematically and clearly in written or oral form the processes and results of their research/work in national and international settings.
11	describe social and environmental aspects of engineering applications.
12	comply with social, scientific and ethical values in the process of collecting, interpreting and reporting data, and in all professional activities