Python + Robotics
Aunty Coder’s Robotics course for kids dives into the fascinating world of robotics using the Python programming language. Kids will learn how to program robots, control their movements, and make them perform exciting tasks. Through hands-on activities and projects, they'll develop their coding skills while exploring the limitless possibilities of robotics. It's an exciting and empowering journey that encourages problem-solving, logical thinking, and creativity. Get ready to embark on a robotics adventure with Python!Runs for 4-6 weeks
Aunty Coder’s Robotics course for kids dives into the fascinating world of robotics using the Python programming language. Kids will learn how to program robots, control their movements, and make them perform exciting tasks. Through hands-on activities and projects, they'll develop their coding skills while exploring the limitless possibilities of robotics. It's an exciting and empowering journey that encourages problem-solving, logical thinking, and creativity. Get ready to embark on a robotics adventure with Python!Runs for 4-6 weeks
Aunty Coder’s Robotics course for kids dives into the fascinating world of robotics using the Python programming language. Kids will learn how to program robots, control their movements, and make them perform exciting tasks. Through hands-on activities and projects, they'll develop their coding skills while exploring the limitless possibilities of robotics. It's an exciting and empowering journey that encourages problem-solving, logical thinking, and creativity. Get ready to embark on a robotics adventure with Python!Runs for 4-6 weeks
Pre-requisite: Great understanding of Python
Learning Outcomes
Utilize the Python programming language to write code and control robots' behaviors and movements.
Apply programming concepts such as variables, functions, loops, conditionals, and object-oriented programming (OOP) principles to develop robotic applications.
Design and implement algorithms to solve problems and navigate robots in different environments.
Integrate sensors and actuators with Python code to enable interactions between robots and their surroundings.
Collaborate effectively with peers to work on robotics projects, sharing ideas and contributing to the development of complex robotic systems.
Debug and troubleshoot robotic programs by analyzing code and hardware interactions, identifying and resolving issues.
Explore and utilize Python libraries and frameworks specifically designed for robotics, expanding the capabilities of their projects.
Demonstrate creativity by designing and implementing unique functionalities and behaviors in their robotic applications.
Present their robotics projects, explaining the Python coding logic and showcasing the capabilities and functionality of their robots.
These learning outcomes aim to empower kids with the skills and knowledge to combine their Python programming abilities with robotics. By the end of the course, they will have a strong foundation in using Python to control robots, enabling them to explore more advanced robotics applications and continue their journey in the exciting world of robotics and programming.