Soon, we will live in smart cities, but these cities are not newly built and we need to change our current lovely cities into new smart cities. For example, London Underground is the oldest underground railway in the world and for using service robots in the underground system we need to add some compatible infrastructure to the TfL. The most important infrastructure is a 5G network to support high-speed data transmission and real-time communication between robots’ control, power supply, and maintenance units are also needed to add to the London transport system for supporting service robots. Safety emergency and security measures or other factors that need to be upgraded finally regular regulatory approvals and compliance with accessibility laws will ensure that rules comply with safety and access ability laws to aid passengers with disabilities. Building a social infrastructure like STEM education is another important factor. A robust STEM and robotics curriculum is vital for revolutionizing London’s bus system. Educating students about real-time data analysis and autonomous vehicle technology can lead to the development of smarter public transport solutions.

How do we work?

Matris Robotic Company plays a crucial role in advancing STEM education for children by providing resources, tools, and opportunities that empower young learners to explore the exciting world of robotics and coding. Their efforts contribute to preparing the next generation with essential skills needed for future technological advancements and innovation. Matris Robotic actively contributes to the education of STEM, robotics, and coding for children through several activities:

Educational Robotics Kits: Matris develops educational robotics kits specifically designed for children to learn coding and robotics principles in a hands-on, interactive manner. These kits often include programmable robots, sensors, and educational software that introduce children to basic programming concepts and encourage them to explore and experiment with technology.

STEM Curriculum Integration: Matris partners with schools and educational institutions to integrate STEM (Science, Technology, Engineering, Mathematics) curriculum into classrooms. They provide training and support for educators to teach robotics and coding effectively, offering workshops and resources that align with educational standards and learning objectives.

Coding Platforms and Tools: Matris develops user-friendly coding platforms and tools tailored for young learners. These platforms typically feature block-based programming interfaces that simplify coding concepts, making it accessible and engaging for children to create their own programs and control robots.

Robotics Competitions and Events: Matris sponsors and organizes robotics competitions and events for children, encouraging teamwork, problem-solving, and innovation. These events provide a platform for students to showcase their skills, collaborate with peers, and apply their knowledge in real-world challenges.

Community Outreach and Engagement: Matris engages with the community by organizing coding workshops, STEM camps, and outreach programs aimed at inspiring children to pursue careers in STEM fields. They often collaborate with local schools, libraries, and youth organizations to reach a diverse group of children and promote interest in robotics and technology.