1. Objectives

Training engineers in Computer Engineering Technology who possess political qualities, ethics, professional responsibility, and a sense of community service; possessing knowledge, professional practice skills, and research capacity commensurate with the training level; possessing good health, well-meeting labor demands in the period of international integration and the Fourth Industrial Revolution.

Vietnam - Korea University of Information and Communications Technology, The University of Danang trains engineers in Computer Engineering Technology who:

• PO1. Have basic knowledge of natural sciences, social sciences, and comprehensive, deep, and advanced knowledge in the field of Computer Engineering Technology;
• PO2. Have the ability to research, solve problems, and provide expert conclusions in the field of Computer Engineering Technology;
• PO3. Have skills for independent work, teamwork, soft skills, and the ability to use foreign languages for learning, working, and professional development; possess lifelong learning skills;
• PO4. Have good ethics to work and be useful to the community.

2. Expected Learning Outcomes

a. PLO1. Have the ability to perceive ethics and professional responsibility;

• PI1.1: Be honest in resolving situations, professional operations, and providing products and services.
• PI1.2: Comply with technical regulations, processes, and safety rules while performing technical work.

b. PLO2. Have the ability for critical thinking, creativity, and entrepreneurship;

• PI2.1: Have the ability to criticize issues raised by others.
• PI2.2: Have the ability to propose new ideas in the field of electrical engineering.
• PI2.3: Build a startup project.

c. PLO3. Have the ability for effective teamwork;

d. PLO4. Have the ability to use English well in the field of Computer Engineering Technology, reaching an English standard equivalent to TOEIC 600;

• PI4.1: Use English to present issues within the major.
• PI4.2: Use the results of standardized foreign language proficiency exams to measure and evaluate the achievement level of PLO4.

e. PLO5. Have the ability to apply knowledge of natural sciences, social sciences, and disciplinary foundations to solve deep problems in the field of Computer Engineering;

• PI5.1: Apply basic knowledge of mathematics and physics into the specialty as a foundation to analyze and calculate systems belonging to the field of Computer Engineering.
• PI5.2: Apply basic knowledge of social sciences into work and life.
• PI5.3: Apply disciplinary foundation knowledge as a basis to analyze, calculate, and solve new problems in the specialty of computer engineering technology.

f. PLO6. Have the ability to apply various processes, techniques, and tools to analyze, design, and test electronic circuit systems and microchips;

• PI1: Design electronic components as required, design basic combinational and sequential logic gates, and perform layouts from a standard logic gate to a digital microchip system.
• PI2: Deploy and construct a digital microchip design system, providing optimal solutions to design a digital microchip.
• PI3: Build projects and microchip design systems from logical design to physical design to meet the demands of enterprises and organizations.

g. PLO7. Have the ability to design, build, and deploy hardware, software, smart products, and automation solutions.

• PI1. Formulate directions of ideas and propose design requirements for electronic systems, smart solutions, and automation solutions.
• PI2: Apply knowledge of programming languages and apply specialized software into the fields of computer engineering technology, electronics, and automatic control.
• PI3. Calculate, design hardware, plan, and program for smart and automated systems.

h. PLO8. Have the ability to research and propose solutions to upgrade and troubleshoot incidents related to microchip systems, electronic circuits, embedded systems, smart systems, and automation solutions.

• PI1: Handle incidents related to electronic equipment, microchips, and automation equipment.
• PI2: Flexibly apply alternative and improved solutions related to electrical and electronic equipment, embedded systems, and smart systems.