Educational Objectives

• Profile 1: Graduates work in various industrial sectors by applying advanced industrial engineering techniques and knowledge.
• Profile 2: Graduates assume essential roles at operational or managerial levels in various organizations.
• Profile 3: Graduates develop continually through academic, career, or professional education.

Graduate Learning Outcomes

• 1. Outcome 1 (CPL-a): Ability to apply mathematics, science, information technology, and engineering in solving engineering problems within integrated systems.
• 2. Outcome 2 (CPL-b): Ability to design integrated systems that meet standards and realistic multi-aspect constraints, while considering the utilization of local and national resources as well as global perspectives.
• 3. Outcome 3 (CPL-c): Ability to design and conduct experiments, as well as analyze and interpret data to support decision-making.
• 4. Outcome 4 (CPL-d): Ability to identify, formulate, analyze, and solve complex engineering problems in integrated systems using analytical, computational, or experimental approaches.
• 5. Outcome 5 (CPL-e): Ability to select and utilize modern methods, skills, and engineering tools necessary for performing industrial engineering activities.
• 6. Outcome 6 (CPL-f): Ability to communicate effectively with diverse audiences.
• 7. Outcome 7 (CPL-g): Ability to plan, execute, and evaluate tasks in accordance with specified criteria.
• 8. Outcome 8 (CPL-h): Ability to function effectively in cross-disciplinary and cross-cultural teams.
• 9. Outcome 9 (CPL-i): Ability to take responsibility and adhere to professional ethics in solving industrial engineering problems.
• 10. Outcome 10 (CPL-j): Ability to independently acquire new knowledge as needed, including access to relevant knowledge from current issues.