At DoRobots, we provide a unique educational experience that goes beyond traditional teaching methods. Through our integrated approach, students gain valuable industry exposure, engage in real-world projects, and tackle real-time challenges in robotics. We specialize in key areas such as ROS2, Nav2, mapping, localization, and address the pressing needs of the industry.With a strong emphasis on ind...At DoRobots, we provide a unique educational experience that goes beyond traditional teaching methods. Through our integrated approach, students gain valuable industry exposure, engage in real-world projects, and tackle real-time challenges in robotics. We specialize in key areas such as ROS2, Nav2, mapping, localization, and address the pressing needs of the industry.With a strong emphasis on industry exposure, our curriculum is designed to bridge the gap between academia and the professional world. We facilitate industrial projects that allow students to work on practical challenges and collaborate with leading companies. This hands-on experience not only enhances their learning but also provides valuable insights into the demands of the industry.Our expertise in ROS2, the Robot Operating System 2, sets us apart. We delve into the intricacies of this powerful framework, equipping students with the skills necessary to develop cutting-edge robotics systems. Through hands-on projects and practical exercises, students gain a deep understanding of ROS2, enabling them to build sophisticated robots and address complex real-world problems.Navigation, mapping, and localization are vital aspects of robotics, and we focus on these areas to impart practical knowledge. Our curriculum delves into the algorithms and techniques used for navigation in dynamic environments. Students learn how to create accurate maps, determine precise localization, and navigate complex terrains. This knowledge prepares them to tackle real-time challenges faced in the industry.At DoRobots, we thrive on real-time industry challenges. Our projects are carefully crafted to mirror the complexities and demands of the robotics field. By working on these challenges, students develop problem-solving skills, critical thinking, and the ability to adapt to dynamic environments. This approach ensures that they are well-prepared to excel in the real-world robotics industry