Vision
The vision of the department is to become a leader in education, scientific research, and technological development in the field of control and automation, both locally and globally, in a way that supports sustainable development.

Mission

The mission of the department is to prepare technical engineers who possess the necessary skills and expertise rooted in control and automation engineering through technical education and training to meet the demands of the job market.

Objectives

Excellence in Education: Provide high-quality education that equips students with a comprehensive understanding of automation and control technologies.

Industry Relevance: Stay aligned with industry trends and demands to ensure curricula meet the needs of the job market.

Research and Innovation: Promote innovation, critical thinking, and problem-solving skills.

Technical Development: Enhance the technical capabilities of graduates in the field of control and automation engineering.

Job Description

Plan, organize, direct, and monitor all activities related to the maintenance of all control and automation devices and equipment.

Supervise the development of plans and work programs, and distribute them to maintenance technicians for the repair of equipment and devices in specialized workshops.

Supervise the identification of devices and equipment needed by the workplace, in collaboration with different departments, and determine their cost and procurement sources.

Build advanced control devices and digital control systems.

Prepare studies and research to develop the operation of advanced control and automation systems.”

Student Outcomes

Here are student outcomes (SOs) relevant to the objectives of the Control and Automation Techniques Engineering program:

Outcome 1: Comprehensive Knowledge:

Graduates demonstrate a thorough understanding of automation and control technologies, including key theories and practical applications. This can be acquired, through the years of studies, by performing laboratory experiments, practical projects and industrial visits.

Outcome 2: Industry Preparedness:

Graduates are equipped with the skills needed to meet industry demands, effectively addressing real-world challenges in automation and control.

Outcome 3: Research Competence:

Graduates engage in research activities, demonstrating the ability to conduct scientific investigations and apply findings to innovate solutions in their field.

Outcome 4: Critical Thinking and Problem Solving:

Graduates exhibit strong critical thinking and problem-solving skills, enabling them to analyze complex issues and propose effective solutions.

Outcome 5: Technical Proficiency:

Graduates possess advanced technical skills in automation systems, programming, and control technologies, preparing them for hands-on roles in the industry.

Outcome 6: Effective Communication:

Graduates can communicate technical concepts clearly and effectively, both in writing and verbally in Arabic and English languages, to diverse audiences. The graduated engineers will also have the ability of contacting through emails, webinars or on-line meetings

Outcome 7: Teamwork and Collaboration:

Graduates work effectively in teams, demonstrating collaboration skills and the ability to contribute to group projects and initiatives. They also will have the ability of managing the work on sites by applying the industrial and management strategies gained from specific materials such as industrial engineering.

Outcome 8: Professionalism and Ethics:

Graduates understand and adhere to professional standards and ethical practices in engineering, demonstrating integrity in their work.

Outcome 9: Lifelong Learning:

Graduates recognize the importance of continuous professional development and are motivated to pursue further education and training throughout their careers.