1. To prepare qualified engineering and technical personnel, both scientifically and practically, to work with computer systems, networks, communications, and control systems.

2. To establish scientific concepts and engineering principles in the field of computer technologies and their various applications.

3. To continuously develop curricula to keep pace with technological advancements and labor market demands.

4. To equip students with the necessary skills to design, implement, maintain, and operate computer systems with high efficiency.

5. To enhance the practical aspects and scientific research to keep pace with scientific and technological developments.

6. To develop students’ communication and teamwork skills through field training and community service.

7. To develop students’ skills in designing and programming embedded systems and microcontrollers and their applications in automated systems.

8. To enable students to acquire advanced technical fault diagnosis skills and maintain hardware and software components.

9. To enable students to analyze technical problems, evaluate alternative solutions, and make appropriate decisions using information technology.

10. To qualify graduates to pursue postgraduate studies in computer engineering and related disciplines. 11. Building bridges of cooperation with the community and institutions through scientific courses, workshops, and specialized seminars.

12. Adhering to professional ethics and ensuring the quality of educational outcomes to achieve sustainable development.