Module #1 Introduction to Autonomous Robotics Overview of autonomous robotics, its applications, and relevance in todays world
Module #2 Robotics Fundamentals Basics of robotics, including types of robots, sensors, and actuators
Module #3 AI and Machine Learning Basics Introduction to AI, machine learning, and deep learning, and their applications in robotics
Module #4 Robot Operating System (ROS) Introduction to ROS, its architecture, and how to set up a ROS environment
Module #5 Sensor Systems in Robotics Overview of various sensor systems used in robotics, including cameras, lidars, and GPS
Module #6 Computer Vision in Robotics Introduction to computer vision, including image processing, object detection, and tracking
Module #7 Localization and Mapping Techniques for localization and mapping, including SLAM and visual odometry
Module #8 Motion Planning and Control Algorithms for motion planning and control, including graph-based and sampling-based methods
Module #9 Robotics and AI for Perception AI and machine learning techniques for perception in robotics, including object recognition and scene understanding
Module #10 Autonomous Navigation Techniques for autonomous navigation, including obstacle avoidance and path planning
Module #11 Human-Robot Interaction Designing robots that can interact with humans, including natural language processing and computer vision
Module #12 Robot Learning Machine learning techniques for robot learning, including imitation learning and reinforcement learning
Module #13 Robotics and AI for Manipulation AI and machine learning techniques for robotic manipulation, including grasping and pick-and-place
Module #14 Swarm Robotics Introduction to swarm robotics, including decentralized control and coordination
Module #15 Autonomous Systems for Transportation Autonomous systems for transportation, including self-driving cars and drones
Module #16 Autonomous Systems for Healthcare Autonomous systems for healthcare, including robotic surgery and rehabilitation
Module #17 Autonomous Systems for Agriculture Autonomous systems for agriculture, including precision farming and crop monitoring
Module #18 Autonomous Systems for Manufacturing Autonomous systems for manufacturing, including robotic welding and assembly
Module #19 Robotics and AI for Space Exploration Autonomous systems for space exploration, including planetary rovers and satellite systems
Module #20 Robotics and AI for Environmental Monitoring Autonomous systems for environmental monitoring, including monitoring air and water quality
Module #21 Ethics and Safety in Autonomous Robotics Ethical considerations and safety protocols for autonomous robotics
Module #22 Regulations and Standards for Autonomous Robotics Regulations and standards for autonomous robotics, including laws and industry standards
Module #23 Case Studies in Autonomous Robotics Real-world case studies of autonomous robotics applications, including successes and challenges
Module #24 Future of Autonomous Robotics and AI Future directions and advancements in autonomous robotics and AI
Module #25 Course Wrap-Up & Conclusion Planning next steps in Autonomous Robotics and AI career
