The Mechatronics Department was established in 2024 and is considered one of the modern departments that keeps pace with the development in the field of robotics and automation of factories and laboratories. Students are taught a set of engineering information that includes electrical and mechanical engineering and advanced software that supports artificial intelligence in addition to modern control systems that enter into the management of robotics and automation of systems. Mechatronics engineering graduates work in the fields of design, maintenance and development in a number of sectors including industrial and production sectors, industries related to transportation (such as cars, railways and aircraft), design of mechanical structures, electronic devices, and software design. Production, management and sales, medical equipment and robots, defense and security systems and robots, smart consumer products industry, petrochemicals and food industries and others
Providing students with the engineering knowledge and practical skills required to analyze, design, program and apply mechatronics systems in order to serve the community and local and regional industry and develop scientific research in this field.
1- Successful adaptation to situations that arise during career paths within the global labor market, by using the basic information and essential background of the Mechatronics Engineering specialization in the fields of electrical and electronics sciences, computer sciences, thermal and fluid sciences, materials sciences, machine design and production engineering, robotics, communications, artificial intelligence, and automatic control. Or by obtaining postgraduate degrees.
2- Applying the design methodology in relation to mechatronics engineering, by integrating the use of design criteria and realistic constraints and taking into account the economic, environmental and social impact of the design.
3- Participation in professional service such as participation in professional societies, and the application and continuous support of professional ethics.
4- Conducting theoretical and applied research in the field of mechatronics engineering that affects economic development in society.
5- Continuous interest in professional development through continuous learning activities, gaining self-confidence, creativity, and leadership.
Program objective
Providing students with the engineering knowledge and practical skills required to analyze, design, program and apply mechatronics systems in order to serve the community and local and regional industry and develop scientific research in this field.
Pattern and duration of study: Bachelor of Mechatronics Technology, which extends over four academic years, and the subjects are given during two semesters each year.
Study Environment and Course Evaluation:
The program will be taught in Arabic and English on campus. Courses and a list of suggested readings will be provided to help students learn the basic concepts of mechatronics techniques. There are exams for each course, mid-term exams, project papers, and a final exam, which usually takes place at the end of the academic year.
Graduation Requirements: The student is required to successfully complete (47) academic and research courses in addition to (157) accredited units.
