For learners completing the undergraduate program

1. Learning outcomes in knowledge

1.1 General knowledge:

• PLO1: Apply general knowledge and theories about philosophy, economics, ideology, the policies and strategies of the Communist Party, Vietnam goverment, and the thoughts of Ho Chi Minh to solve specific issues in the fields of intelligent mechatronic systems and precision mechanics.

1.2 Knowledge by field:

• PLO2: Apply basic science knowledge, information technology of advanced subjects of the 21st century in developing smart mechatronic system designs, precision mechanical products with reference to material factors;

1.3 General knowledge of the related sciences:

• PLO3: Apply knowledge of mathematical foundations, simulation, information technology, thermal engineering in analyzing and synthesizing intelligent mechatronic systems, precision mechanical products;

1.4 Fundamental knowledge of the major:

• PLO4: Apply foundational knowledge of engineering mechanics, technical design, electrical and electronic engineering, material engineering, measurement, and automation control to automate integrated production systems, including fault diagnostics and maintenance scheduling;

1.5 Specialized knowledge of the major:

• PLO5: Apply specialized knowledge of mechatronics engineering, precision mechanics, and smart material engineering to design and manufacture intelligent mechatronic systems, smart production lines, and precision mechanical products and machinery, based on a deep understanding of manufacturing material technologies;

2. Learning outcomes for skills

2.1 Professional skills:

• PLO6: Apply clear problem-setting skills, reasoning, analysis, detection, and systematic thinking to approach issues from various perspectives in handling technical situations; search for, select, synthesize, and apply simple and reliable solutions to complex problems in the manufacturing field in general;
• PLO7: Plan production, maintenance, and repair activities on the scale of equipment, production lines, workshops, and factories based on the specific production timelines of the unit;
• PLO8: Design, manufacture, and operate intelligent mechatronic systems based on Japanese manufacturing skills;

2.2 Supplementary skills:

• PLO9: Apply communication skills to convey issues and solutions to others effectively; transfer and disseminate knowledge during group discussions, teamwork, major assignments, course projects, internships, and graduation theses;
• PLO10: Utilize critical thinking, experimentation, and knowledge exploration skills to innovate, create, and optimize technical solutions; evaluate the quality and outcomes of work upon completion for self-professional development;
• PLO11: Proficiently use English in an international working environment through writing, presenting, and discussions, combined with the effective use of modern tools and means (graduates’ English proficiency equivalent to B2 level)

3. Level of autonomy and responsibility

• PLO12: Apply the ability to work independently or as part of a team in dynamic environments with a high level of internationalization, taking personal responsibility as well as responsibility towards the team;
• PLO13: Demonstrate the spirit of self-innovation, creativity, overcome difficulties to complete tasks and support colleagues in fulfilling tasks and responsibilities towards society;

4. Ethical qualities

• PLO14: Guide and supervise the production process correctly, ensuring workplace safety in the factory; If completing the master program, learners will have the following additional learning outcomes:

1. Learning outcomes on knowledge:

• PLO15: Demonstrate creativity in researching interdisciplinary knowledge related to precision mechanics, intelligent mechatronics, and related fields such as materials, electrical-electronics, and information technology, in order to propose specific technical solutions in the field of precision mechanics and mechatronics;

2. Learning outcomes on skills:

• PLO16: Proficiently use experimental analysis methods to propose specific technical solutions in the field of precision mechanics and mechatronics;

3. Level of autonomy and responsibility:

• PLO17: Self-study, adapt, self-orient, draw expert conclusions in the field of specialization; manage, assess, and improve professional activities;