Master of Science in Mechatronics Engineering

The Master of Science in Mechatronics Engineering (MSMTR) degree program is an interdisciplinary degree program offered by the College of Engineering 
(CEN) that draws on the expertise of faculty from the different CEN departments. 

The MSMTR degree program is committed to being an international, multidisciplinary center of excellence in synergistic applications of the latest techniques in embedded systems, precision mechanical engineering, control theory, computer science and electronics through education, research and outreach. The technological gap between developing and industriaIized nations continues to widen at an alarming rate, largely due to the lack of skilled engineers capable of integrating new technologies into existing systems and networks. The mandate of the mechatronics engineering program is to improve this situation by equipping engineers with the design, analysis and synthesis abilities to plan, implement and manage the latest technologies. The curriculum of the mechatronics program meets the region's needs ­both present and future-through the education of engineers and scientists. 
Professional jobs considered to be in the mechatronics engineering field are grounded in the multidisciplinary aspects of electrical, mechanical, control, computer and software engineering. The unique skills of mechatronics graduates are becoming increasingly valuable to employers in a variety of areas, including modern industrial installations and systems, computer integrated manufacturing systems, maintenance diagnosis and troubleshooting, defense systems, vehicle design and manufacturing, robotics and many more. 

The MSMTR degree program provides students with state-of-the-art knowledge in their areas of specialization with practical strategies for adapting that knowledge to serve the specific needs of the region. Multidisciplinary engineers are needed now more than ever to meet the demand for a flexible engineering workforce to deal with highly integrated engineering systems. 

Find our program brochure here

Mission Statement 

The MSMTR degree program at AUS is an interdisciplinary program that synergistically integrates advances in science and technology to prepare students for advanced research and applied systems engineering practices. The program hosts a research laboratory equipped with world-class resources enabling hands-on teaching and advanced research, promoting entrepreneurial initiatives to assist students in becoming competent, innovative and responsible professionals. 

Program Educational Objectives 

Graduates of the MS MTR degree program will be prepared to: 

• lead multidisciplinary projects, which apply the latest techniques for the design and development of smart systems
• provide employers with lnterdisclplinary skills necessary to utilize cutting-edge technology tools In the design, development, and implementation of modern engineering systems
• develop new technologies in the areas of cyber physical systems, and smart cities
• apply Mechatronics principles in the broad context of engineering system design and address the aspect of commercialization
• address open-ended problems and maintain an attitude of self-learning

Student Outcomes 

Upon graduation, an AUS MSMTR graduate should demonstrate the ability to: 

• apply advanced engineering tools necessary to identify, model and analyze mechatronics engineering problems
• formulate and propose alternative solutions that satisfy specific performance requirements of a mechatronics system
• design and Implement a mechatronics component, process or system and assess its performance
• function effectively in multidisciplinary teams In a leadership role or as an active member
• act professionally and ethically
• recognize contemporary issues and their Influence on technology advancement in a global and societal context 
• engage in lifelong learning in engineering and related professional areas
• conduct research and development activities in mechatronics and related areas
• communicate effectively through technical presentations and documentations