Department Detail

GRADUATE SCHOOL OF ENGINEERING AND SCIENCE
INDUSTRIAL ENGINEERING (INTEGRATED-PHD)
Program Detail
About Programme Program Profile Program Learning Outcomes Course Structure Course and Programme Outcomes NQF-Fields Programme Outcomes Contact information Programme Director or Equivalent Qualification Awarded Specific Admission Requirements Access to Further Studies Graduation Requirements Recognition of Prior Learning Occupational Profiles of Graduates Academic Staff Return to Programs
Program Learning Outcomes
NoProgram Learning Outcomes: With the successful completion of this program, students will be able to
1 Identify, formulate, and solve complex industrial engineering problems by selecting and applying appropriate tools and techniques and generate creative options in furtherance of effective decision making.
2 Employ critical thinking and scientific method to design an experiment to meet a need, conduct the experiment, and analyze and explain the resulting data, evaluate the effectiveness of a designed experiment and the implications of the resulting data.
3 Have a competency, in-depth understanding and mastery of the literature in a specialized area of industrial engineering and demonstrate that through synthesizing, developing and evaluating new, advanced technical knowledge.
4 Demonstrate teamwork skills, specifically function in work groups, collaborate with a variety of other people using elements of effective team dynamics to effectively and appropriately structure team work
5 Possess effective communication skills, specifically write technical documents clearly, concisely, and analytically and speak in groups and in public clearly, concisely, and analytically, with appropriate use of visual aids.
6 Contribute own knowledge and experiences to community and the broader society by participating in professional and/or community activities
7 Prioritize non-polluting processes, conserving energy and natural resources, ensuring economic viability, and maintaining safe and healthy conditions for workers, communities, and consumers.
8 Analyze, model and offer scientific decision support for managing natural and human-induced disasters
9 Develop tools and methodologies, to improve efficiency and productivity, ensuring the safe, efficient, and cost-effective delivery of healthcare with enhanced outcomes.
10 Prioritize the academic and professional ethics of Industrial Engineering.
11 Plan life-long learning strategies to make the processes of accessing information and learning sustainable.
12 Use professional communication skills as well as scientific research, writing and presenting skills.




https://sis.agu.edu.tr/oibs/bologna/progLearnOutcomes.aspx?lang=en&curSunit=5102