Program Classification / Faculty: B.Sc. in Mechanical Engineering / Faculty of Engineering

Years of Study / Required Hours for Graduation: 4 years/ 144 Credit Hours

Language of Instruction: English

Career Prospects for Graduates:

Key Career Opportunities Include:

* Industrial Automation and Robotics:

Robotics/Automation Engineer

Systems Integration Specialist

* Automotive Industry:

Autonomous Vehicle Engineer

Robotic Control Engineer

* Healthcare and Biomedical Engineering:

Robotic Surgery Specialist

Prosthetics Designer

Rehabilitation Robotics Engineer

* Agriculture and Environmental Management:

Agricultural Robotics Engineer

Environmental Monitoring Specialist

* Logistics and Supply Chain:

Autonomous Systems Engineer

Drone Technology Specialist

Warehouse Automation Engineer

* Research and Development:

Robotics Researcher

Artificial Intelligence Developer

Innovation Consultant

* Defense and Security:

Surveillance Systems Engineer

Unmanned Systems Operator

Autonomous Aerial Vehicle Engineer

Autonomous Underwater Vehicle Engineer

Why do you choose to enroll at Ain Shams National Faculty of Engineering?

The Robotics and Autonomous Systems Engineering program focuses on preparing engineers capable of designing and developing intelligent robotic systems that operate autonomously and make independent decisions. The program integrates multiple disciplines, including mechanical engineering, electrical and electronics engineering, control systems engineering, software engineering, and artificial intelligence, providing students with a comprehensive scientific foundation and advanced technical skills. These intelligent robotic systems are utilized across diverse fields, including—but not limited to—industrial process automation, advanced robotic manufacturing and production, autonomous vehicles (cars, aircraft, and submarines), smart agriculture, robotic-assisted healthcare and remote surgery, smart home assistance systems, autonomous navigation, and search-and-rescue operations.

The program aims to graduate qualified professionals capable of leading and adapting to the 4th and 5th Industrial Revolutions while meeting the demands of future labor markets, which increasingly rely on automation, robotics, and intelligent systems. Graduates will contribute to developing innovative smart solutions that enhance quality of life, strengthen the national economy through advanced technology, and support digital transformation and autonomous systems development. This will reinforce Egypt’s regional and global standing in innovation and enable graduates to actively contribute to cutting-edge technological advancements across vital industries and sectors. The program emphasizes the development of sustainable and intelligent solutions that address future challenges while promoting societal well-being and environmental protection.