To attain leadership, excellence, and creativity in the field of systems and control engineering and employing capabilities towards modern teaching, scientific research, and community service
To provide outstanding education in systems and control engineering topics, preparing students to excel in control, automation, and intelligent systems. The department fosters industry partnerships, engages in cutting-edge research, and develops solutions for society challenges, aligning with technological advancements and labor market needs
2. To adopt continuous learning and career growth for students and alumni.
3. To foster scientific research and enhance cooperation with industrial and key partners.
4. Strengthening the leadership aspect of staffs and students and cultivating the spirit of cooperation.
5. Continuous updating of the curriculums to meet labor markets requirements and fulfill accreditation standards.
1. Graduating engineers specialized in the field of systems and control engineering sciences who have the ability to work in the public and private sectors.
2. Establish modern engineering practices that fulfill the needs of society.
3. Acquire Graduates with creative knowledge, enabling them to develop problem-solving skills and adapt to rapid evolving technologies.
4. Developing Graduates self-learning capabilities to ensure continual and professional educational development
1) An ability to distinguish, identify, define, formulate, and solve engineering problems by applying principles of engineering, science, and mathematics.
2) An ability to produce engineering designs that meet desired needs within certain constraints by applying both analysis and synthesis in the design process.
3) An ability to create and carry out proper measurements and tests with quality assurance, analyze and interpret results, and utilize engineering judgment to make inferences.
4) An ability to skillfully communicate orally with a gathering of people and in writing with various managerial levels.
5) An ability to perceive ethical and professional responsibilities in engineering cases and make brilliant judgments, taking into account the consequences in worldwide financial, ecological and societal considerations.
6) An ability to perceive the continual necessity for professional knowledge growth and how to find, assess, assemble and apply it properly.
7) An ability to work adequately on teams and to set up objectives, plan activities, meet due dates, and manage risk and uncertainty.
