About the Department

Vision

 The vision of the Department of Control and Automation Technologies Engineering is to become a leader in education, scientific research and technological development in the field of control and automation at the local and international level. The department aims to graduate highly qualified engineers with the necessary theoretical and applied knowledge to keep pace with modern developments in this vital field. The department also seeks to enhance cooperation with local and international industries to improve the quality of education and training, and contribute to solving the technical issues faced by these industries. The department also aspires to create a distinguished educational and research environment by providing state-of-the-art laboratories and educational technologies, and supporting innovative scientific research that contributes to the advancement of knowledge and contributes to sustainable development. It also aims to encourage students to innovate and create in the fields of control and automation. In pursuit of this vision, the Department of Control and Automation Technologies Engineering is committed to providing high-quality education in line with international academic standards, developing students’ skills in analysis, design, and constructive criticism, and promoting professional ethics and social responsibility.

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Mission

The mission of the Department of Control and Automation Technologies Engineering is to provide graduates with the necessary skills and expertise inherent in their discipline. Through carefully designed curricula, tailored to meet industry requirements, we strive to provide our students with comprehensive knowledge and practical experience in the field. Our mission is crucial in enabling students to become proficient in the complex business of control and automation technologies, preparing them for successful careers in this dynamic field. By providing a supportive and engaging learning environment, we foster a deep understanding of the subject matter, enabling our graduates to make meaningful contributions to the advancement of engineering solutions and innovation.

Objectives

The goals of the Control and Automation Technologies Engineering program are to provide high quality education, meet industry needs, promote research and innovation, facilitate professional development, and foster inclusiveness among students. The educational objectives of the program are as follows:

1. Excellence in Education: The program seeks to provide a high-quality education that provides students with a comprehensive understanding of automation and control technologies. The goal is to ensure that graduates have a strong theoretical foundation and practical skills to excel in their careers.

2. Industry relevance: The program aims to keep pace with industry trends and demands. By aligning the curriculum with the needs of the labor market, the goal is to prepare students for the challenges and opportunities they will face in their careers.

3. Research and innovation: The program emphasizes the importance of research and encourages students to engage in scientific activities. By fostering a research-oriented mindset, the goal is to promote innovation, critical thinking, and issue-solving skills among students.

4. Professional development: The program seeks to develop students’ analytical, creative, and professional abilities. Through a combination of coursework, hands-on projects, and internships, the goal is to enhance students’ technical skills, communication abilities, and teamwork capabilities.

Characterization of the graduate work

●Carrying out planning, organizing, directing and monitoring all activities related to the maintenance of all automatic control and control devices and equipment.

● Supervising the development of plans and work programs and distributing them to maintenance and repair technicians of equipment and devices in specialized workshops.

●Supervising the identification of devices and equipment needed by the employer in cooperation with various departments and determining the cost and sources of purchasing them.

●Building advanced control devices and advanced digital controls.

●Preparing studies and research to develop the operation of advanced command and control systems.

Head of the Department

Syllabus