Robotics and Automation for Cyber-Physical Systems
( 25 Modules )
Module #1 Introduction to Robotics and Automation Overview of robotics and automation, definition, importance, and applications in cyber-physical systems
Module #2 Cyber-Physical Systems Fundamentals Introduction to cyber-physical systems, components, and architectures
Module #3 Robotics and Automation in CPS Overview of robotics and automation in cyber-physical systems, applications, and challenges
Module #4 Sensors and Actuators Introduction to sensors and actuators, types, and applications in robotics and automation
Module #5 Robot Kinematics and Dynamics Introduction to robot kinematics and dynamics, forward and inverse kinematics, and motion planning
Module #6 Control Systems for Robotics Introduction to control systems, types, and applications in robotics, including feedback control and state-space control
Module #7 Robot Operating System (ROS) Introduction to ROS, installation, and basic programming
Module #8 Python Programming for Robotics Introduction to Python programming for robotics, including libraries and frameworks
Module #9 Computer Vision for Robotics Introduction to computer vision, image processing, and applications in robotics
Module #10 Machine Learning for Robotics Introduction to machine learning, types, and applications in robotics, including supervised and unsupervised learning
Module #11 Autonomous Systems and Navigation Introduction to autonomous systems, navigation, and localization in robotics
Module #12 Human-Robot Interaction Introduction to human-robot interaction, design principles, and applications
Module #13 Robotics and Automation in Manufacturing Overview of robotics and automation in manufacturing, applications, and challenges
Module #14 Robotics and Automation in Logistics Overview of robotics and automation in logistics, applications, and challenges
Module #15 Robotics and Automation in Healthcare Overview of robotics and automation in healthcare, applications, and challenges
Module #16 Robotics and Automation in Agriculture Overview of robotics and automation in agriculture, applications, and challenges
Module #17 Cybersecurity in Robotics and Automation Introduction to cybersecurity threats and countermeasures in robotics and automation
Module #18 Standards and Regulations in Robotics and Automation Overview of standards and regulations in robotics and automation, including safety and ethics
Module #19 Robotics and Automation in Supply Chain Management Overview of robotics and automation in supply chain management, applications, and challenges
Module #20 Case Studies in Robotics and Automation Real-world case studies in robotics and automation, applications, and challenges
Module #21 Research and Development in Robotics and Automation Overview of current research and development in robotics and automation, trends, and future directions
Module #22 Entrepreneurship in Robotics and Automation Introduction to entrepreneurship in robotics and automation, business models, and startup success stories
Module #23 Social Impact of Robotics and Automation Social impact of robotics and automation, ethics, and responsible innovation
Module #24 Future of Robotics and Automation Future directions and trends in robotics and automation, including AI, 5G, and IoT
Module #25 Course Wrap-Up & Conclusion Planning next steps in Robotics and Automation for Cyber-Physical Systems career
