Block-Based + Python + Robotics
Robotics is an educational field that introduces children to the world of robots and automation. It involves hands-on activities where kids can build, program, and control robots, allowing them to learn about engineering, coding, and problem-solving. Aunty Coder’s Robotics course provides kids an interactive and engaging layer to explore technology, fostering creativity, critical thinking, and teamwork skills. It's a fun and exciting way for children to develop a passion for science and technology while gaining practical knowledge in a dynamic and interactive setting. We recommend great understanding either Block-Based Programming and Python Programming for this course.Runs for 5-7 weeks
Robotics is an educational field that introduces children to the world of robots and automation. It involves hands-on activities where kids can build, program, and control robots, allowing them to learn about engineering, coding, and problem-solving. Aunty Coder’s Robotics course provides kids an interactive and engaging layer to explore technology, fostering creativity, critical thinking, and teamwork skills. It's a fun and exciting way for children to develop a passion for science and technology while gaining practical knowledge in a dynamic and interactive setting. We recommend great understanding either Block-Based Programming and Python Programming for this course.Runs for 5-7 weeks
Robotics is an educational field that introduces children to the world of robots and automation. It involves hands-on activities where kids can build, program, and control robots, allowing them to learn about engineering, coding, and problem-solving. Aunty Coder’s Robotics course provides kids an interactive and engaging layer to explore technology, fostering creativity, critical thinking, and teamwork skills. It's a fun and exciting way for children to develop a passion for science and technology while gaining practical knowledge in a dynamic and interactive setting. We recommend great understanding either Block-Based Programming and Python Programming for this course.Runs for 5-7 weeks
Pre-requisite: Great understanding of both Block-based programming and Python
Learning Outcomes
Understand the fundamental concepts of robotics, including components, sensors, actuators, and control systems.
Utilize both Python programming and block-based coding environments to program robots and control their behavior.
Apply programming concepts such as sequencing, loops, conditionals, and events in both Python and block-based coding to create interactive and autonomous robot behaviors.
Design and build complex robotic projects by integrating sensors, actuators, and control systems with the coding platforms.
Debug and troubleshoot robotics programs in both Python and block-based coding environments, analyzing and resolving errors in code and hardware interactions.
Explore and utilize Python libraries and frameworks specifically designed for robotics, expanding the capabilities of their projects.
Demonstrate creativity by customizing and enhancing the functionality of their robotic projects using Python and block-based coding.
Present their robotics projects, explaining the coding logic in both Python and block-based coding, showcasing the capabilities and functionality of their robots.
These learning outcomes aim to provide kids with a well-rounded understanding of robotics, utilizing both Python programming and block-based coding. It allows them to explore different coding environments and techniques while building and programming robots, fostering creativity, problem-solving skills, and collaboration. By the end of the course, kids will have a solid foundation in robotics and coding, enabling them to continue their learning journey in these exciting fields.