COURSE CURRICULUM

The Robotics and Automated Systems course is structured over three years and divided into six semesters. Each semester contains mandatory modules that provide students with the theoretical knowledge and practical skills required to design, develop, and maintain robotic and automated systems. In Year 1, students begin with the fundamental principles of engineering, electronics, mechanics, and programming that form the foundation of robotics. In Semester 1, the modules include Computer Aided Drafting, Electrical and Electronic Fundamentals, Engineering Mathematics 1, Static Mechanics, and Robotics Programming 1. These subjects introduce students to engineering design, electronic systems, mathematical concepts, mechanical structures, and basic programming used in robotics. In Semester 2, students study Electrical and Electronic Circuits, Engineering Mathematics 2, Dynamic Mechanics, and a Robotics Project. These modules help students understand circuit design, advanced mathematical applications, mechanical motion, and practical project work related to robotic systems.In Year 2, the course progresses to more advanced topics related to automation and robotic technologies. In Semester 3, students study Industrial Automation and Robotics, Engineering Mathematics 3, Dynamics 2, Robotics Programming 2, and Drives and Actuators. These subjects focus on how robotic systems operate in industrial environments, including the mechanical movement and electrical components that power robotic machines. In Semester 4, students take Engineering Mathematics 4, a Mechatronics Project, Robotics Programming 3, Embedded Systems 1, and Introduction to Systems and Control. These modules introduce students to integrated mechanical and electronic systems, embedded computing, and control systems that allow robots and automated machines to operate efficiently and accurately.In Year 3, students focus on applying their knowledge to more advanced robotics systems and industrial applications. In Semester 5, the modules include Industrial Compliance, Safety and Law, Engineering Mathematics 5, Computer Networks 1, Robotic Operating Systems, and Control and Human Interfacing. These subjects help students understand safety regulations, networking technologies, robotic software systems, and the interaction between humans and automated machines. In Semester 6, students study Network Programmability and Automation, Industrial Studies, Computer Networks 2, Development Project in Engineering, and Software Defined Radio. During this final stage of the course, students apply their knowledge to practical projects and gain experience in advanced communication and automation technologies, preparing them for careers in robotics, automation, and modern industrial systems.