The Computer Engineering program aims to produce computer engineers who can work effectively in the business sector. The program recognizes the importance of mathematics and computer science theories, which are the fundamental foundations of problem-solving using computers. Therefore, it provides sufficient courses in this group, including programming, data structures and algorithms, software development, statistics and probability, linear algebra, discrete structures, computation theory, which are the fundamental foundations of computational thinking, and advanced computer science studies such as data science, artificial intelligence (AI), and others.

In addition, the program provides computer engineering theories, including basic digital systems, computer components, computer architecture, operating systems, and computer networks, so that students understand how computer systems work and can work in various fields. This program is designed with a focus on practical training to create skills and expertise in work. It provides up to 14 practical subjects out of 21 required subjects to create familiarity and confidence in work. Students can choose to study according to their own abilities in 3 fields: hardware and computer architecture, software development, and system infrastructure and networking. In addition, students can choose specialized subjects in their final year in specialized fields, such as big data and smart business, multimedia processing, and intelligent machinery. Cybersecurity Branch, etc., to provide students with more specialized expertise.