Advanced Robotics and Automation: Autonomous Systems and Robotics
( 24 Modules )
Module #1 Introduction to Advanced Robotics and Automation Overview of the course, importance of autonomous systems, and robotics in modern industries
Module #2 Robotics Fundamentals Review of robotics basics:kinematics, dynamics, and control systems
Module #3 Autonomous Systems Overview Introduction to autonomous systems, types, and applications
Module #4 Sensing and Perception Overview of sensors and perception systems used in autonomous robots
Module #5 Computer Vision Computer vision fundamentals, applications, and techniques used in robotics
Module #6 Machine Learning for Robotics Introduction to machine learning concepts and their application in robotics
Module #7 Motion Planning and Control Motion planning and control techniques for autonomous robots
Module #8 Autonomous Navigation Navigation techniques for autonomous robots:SLAM, mapping, and localization
Module #9 Robot Operating System (ROS) Fundamentals Introduction to ROS, its architecture, and basic programming
Module #10 ROS for Autonomous Systems Using ROS for autonomous system development:nodes, topics, and services
Module #11 Hardware and Embedded Systems Overview of hardware components and embedded systems used in autonomous robots
Module #12 Microcontrollers and Microprocessors Microcontrollers and microprocessors used in autonomous robots:architecture and programming
Module #13 Communications and Networking Wireless communication protocols and networking concepts used in autonomous robots
Module #14 Autonomous Systems Safety and Security Safety and security considerations for autonomous systems:risks, threats, and best practices
Module #15 Human-Robot Interaction Designing human-robot interaction:HMI, feedback, and user experience
Module #16 Autonomous Systems Applications Real-world applications of autonomous systems:industrial, service, and field robotics
Module #17 Case Studies:Autonomous Systems In-depth analysis of autonomous system case studies:successes, challenges, and lessons learned
Module #18 Project Development:Autonomous Systems Guided project development:design, implementation, and testing of an autonomous system
Module #19 Advanced Topics in Autonomous Systems Exploring advanced topics in autonomous systems:swarm robotics, soft robotics, and more
Module #20 Trends and Future Directions Current trends and future directions in autonomous systems and robotics
Module #21 Ethics and Social Implications Ethical considerations and social implications of autonomous systems:privacy, accountability, and transparency
Module #22 Regulations and Standards Regulatory frameworks and standards governing autonomous systems:compliance and best practices
Module #23 Collaborative Robotics Collaborative robotics:human-robot collaboration, safety, and applications
Module #24 Course Wrap-Up & Conclusion Planning next steps in Advanced Robotics and Automation: Autonomous Systems and Robotics career
