Attribute code

Graduate attributes

Ph.D.GA1

Robust advanced knowledge:

Understand the advanced scientific and engineering principles underlying the fields of knowledge and developments in the fields of Industrial Systems, Human Systems, or Manufacturing Engineering.

Ph.D.GA2

Complex problem solving:

Acquire the advanced mathematical and computational skills necessary for solving challenging and practical engineering problems in the fields of Industrial Systems, Human Systems, or Manufacturing Engineering.

Ph.D.GA3

Original and distinguished research:

Develop the ability for critical and systematic thinking in solving complex engineering problems and applying research skills in highly advanced and practical research in the fields of Industrial Systems, Human Systems, or Manufacturing Engineering.

Ph.D.GA4

Modern tool usage:

Adopt modern engineering and highly advanced research tools including computerized knowledge base of manufacturing and industrial engineering, operation and human resource management, and of other disciplines, to provide an integrated view of engineering problems and solutions

Demonstrate proficiency over established highly advanced engineering methods and tools, including ICT, to solve complex practical engineering problems in the fields of Industrial Systems, Human Systems, or Manufacturing Engineering.

Ph.D.GA5

Professional, effective and proactive skills:

Know and represent professional ethical behavior and responsibilities towards their profession, community, and have positive and responsible proactive approaches to maintain professional integrity.

Communicate proficiently, in oral, written, presentation, information searching and listening skills. Be assertive and articulate, be able to negotiate responsibly and persuade others.

Ph.D.GA6

Team work and responsible leadership:

Work independently as well as in teams, to manage learning, work and take responsibility to make a meaningful and positive contribution to society.

Engage socially, ethically to show leadership in different contexts.

Ph.D.GA7

Professional ethics:

Demonstrate the high integrity and other academic and professional values, and exhibit awareness of academic and professional practice impacts on social and ethical issues.

Goal-1: Develop state of art, knowledge, and transfer new technologies of industrial engineering to serve the needs of society

Goal-2:Provide qualified doctorates to contribute to research and development (R&D), and education related to industrial engineering

Goal-3:Contribute effectively to scientific research

PO1: Provide substantive knowledge in the areas of industrial engineering through a conducive environment.

PO2: Excel the analytical, methodological, and technological skills related to industrial engineering disciplines.

PO3: Strengthen the graduates’ ability to identify, formulate research plans, and conduct critical original research

PO4: Enhance graduates’ capabilities by providing them with modern methodologies and technologies in the field of industrial engineering

PO5: Participate in scientific research activities within the university and with government/private sectors.

PLO1: Understand and acquire the advanced, critical, and comprehensive knowledge required for conducting novel industrial engineering research. [Knowledge and Understanding]

PLO2: Acquire and continuously demonstrate ethical values and responsibilities while working autonomously or as part of a team to establish a knowledge-based society and improve quality of life. [Values, Autonomy, and Responsibility]

PLO3: Apply advanced research methodologies in a broader context to critically evaluate state-of-the-art research and solve complex, challenging problems. [Cognitive Skills]

PLO4: Perform advanced experiments and practical tasks using modern techniques, tools, and materials. [Practical And Physical Skills]

PLO5: Disseminate substantive and complicated technological contents of innovative/complex research using up-to-date digital tools. [Communication and ICT Skills]