mBot2 is an advanced educational robot designed for kids aged 9–12 to explore robotics and programming. It features sensors, motors, and AI capabilities, making it ideal for learning automation and real-world problem-solving. Kids program the mBot2 using block-based coding via the mBlock platform and can transition to Python. The robot supports wireless control and offers projects focused on robotics challenges and teamwork. mBot2 enhances logical thinking through hands-on learning.
Maker & Coder is a Multi coding AIOT Robotic Kit. It emphasizes building projects using electronics, robotics, coding, and design tools. Learners explore problem-solving, innovation, and collaboration through practical experimentation. This approach encourages the development of both hardware (maker) and software (coder) skills.
Arduino Basics introduces children to electronics and microcontrollers through hands-on projects. Using Arduino boards, sensors, and simple components, kids learn how to build circuits. They write basic code to control LEDs, motors, and other devices. Arduino projects bridge coding and hardware, enabling learners to explore technology creation. This platform fosters an understanding of how everyday devices work and promotes innovation.
Lego EV3 is a robotics platform for children aged 9–12 that combines Lego building with coding. It includes programmable bricks, motors, and sensors to create advanced robots. Kids use a visual coding environment to program their robots to complete challenges. The kit is designed to promote STEM learning with a focus on engineering and robotics. Lego EV3 helps children develop teamwork, creativity, and problem-solving skills.
Python is a beginner-friendly programming language known for its simplicity and versatility. It is widely used in web development, data science, and robotics, making it ideal for young learners. Kids aged 9–12 can start coding with Python by creating games, interactive programs, and automation scripts. Python encourages logical thinking with clear syntax and minimal complexity. It lays the groundwork for more advanced programming concepts.
3D printing introduces children to design and engineering by creating objects from digital models. Using beginner-friendly software, kids design 3D objects and print them layer by layer using 3D printers. This technology helps them visualize ideas, build prototypes, and explore product design. 3D printing bridges creativity and technical knowledge, giving learners a hands-on way to explore engineering concepts. It fosters an understanding of digital manufacturing and innovation.
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