Course Overview:
This course aims to provide a comprehensive understanding of mobile robotics and its applications across various industries. Participants will learn the fundamentals of mobile robot design, principles of movement and navigation, and control strategies. The course covers the use of mobile robots in manufacturing, logistics, warehousing, and other fields, with insights into the latest advancements in this rapidly evolving domain.
Course Objectives:
- Understand the principles of mobile robot design and their core functions.
- Learn movement, navigation strategies, and localization techniques for mobile robots.
- Develop skills in controlling and programming mobile robots.
- Apply mobile robotics technologies to improve efficiency in industrial operations.
- Gain insight into innovation trends and developments in mobile robotics.
Course Content:
- Introduction to Mobile Robotics: Definition, types, and applications.
- Design Fundamentals: Sensor systems, actuators, and data processing.
- Movement and Navigation: Motion control techniques, dynamic path planning.
- Environmental Recognition and Localization: Sensors like LIDAR and computer vision technologies.
- Autonomous Control and Guidance: Programming and self-control of mobile robots.
- Industrial Applications: Case studies on the use of mobile robots in manufacturing, logistics, and distribution.
- Future Developments: Latest innovations and trends in mobile robotics.
Target Audience:
This course is designed for engineers in the fields of mechanics, mechatronics, and electrical engineering, as well as specialists in robotics and industrial automation. It is also suitable for executives in manufacturing and logistics sectors, as well as technicians and professionals looking to expand their knowledge of mobile robotics applications in industry.
