Learning outcomes 2018 - Bachelor of Automation and Control Engineering - ID:7520216 - High-quality program

1. Major in: Automation and Control Engineering - Code: F7520216

2. Level: Undergraduate - Mode of study: Mainstream

3. Degree: Bachelor

4. Programme Objectives – (POs)

PO1: Students will become the automation and control engineers with good basic knowledge, both in theory and in experiments.

PO2: Students master the methodology for conducting research, have critical thinking and creativity; have ability of self-learning and studying automatic control at graduate level.

PO3: Students are able to design, implement, operate the the control systems; manage, consult, and provide technical support on automatic control products and projects.

PO4: Students have ability to work independently as well as together in groups in high pressure environment; ability to develop and integrate in high quality job market.

PO5: Students are trained to be automation and control engineers with good specialized knowledge as well as good health and professional ethics.

5. Expected learning Outcomes- ELOs:

Group of ELOs	Description	Description of ELOs
General knowledge	Basic knowledge on politics, natural sciences and social sciences, knowledge on foreign language and informatics.	ELO1: Ability to understand the ideology as well as current policies of the government. ELO2: Abilitty to understand and apply general knowledge such as mathematics, physics, chemistry and programming languagues. ELO3: Ability to use English efficiently (equivalent to PET B1 Cambridge or IELTS 5.0), and ability use Microsoft Office proficiently (equivalent to MOS certificate with the score at least 750/1000).
Specialized knowledge	Fundamental knowledge on electrical engineering; specialized knowledge on automation and control.	ELO4: Ability to analyze, design basic electronic circuits and basic automatic control systems. ELO5: Ability to apply the specialized knowledge to solve repetitive problems in automation and control engineering. ELO6: Ability to analyze and evaluate the practical problems that may happen in automation and control engineering and select the proper methods to solve those problems. ELO7: Ability to improve and upgrade the automatic control systems. ELO8: Ability to conduct research to develop new solution for the problems in automation and control engineering.
Practical skills (involving manual dexterity and the use of methods, materials, tools and instruments)	Professional skills	ELO9: Ability to design, implement and operate automatic control systems. ELO10: Ability to provide consulting, to plan, manage and deploy the projects related to automation and control.
Cognitive skills: involving the use of logical, intuitive and creative thinking	Cognitive skills	ELO11: Ability to communicate effectively, including teamwork. ELO12: Ability to manage time and resources effectively.
Attitude and awareness		ELO13: Have integrity and responsibility, follow strictly the safety rules and the ethics of engineer. ELO14: Have a passion to self-study and self-research to improve the specialized knowledge to be able to solve the urgent problems in society.