Introduction to Python
Python for kids programming is also a beginner-friendly way for children to learn coding using the Python programming language. Python's easy-to-read syntax and intuitive structure make it accessible for young learners. Aunty Coder’s Python course will introduce kids to creating simple games and other fun projects, building their problem-solving and logical thinking skills while having fun it. It's definitely a great starting point for kids to explore the world of programming and unleash their creativity.
This course is mostly suitable for kids who have a little bit of programming.
Runs for 8-10 weeks
Python for kids programming is also a beginner-friendly way for children to learn coding using the Python programming language. Python's easy-to-read syntax and intuitive structure make it accessible for young learners. Aunty Coder’s Python course will introduce kids to creating simple games and other fun projects, building their problem-solving and logical thinking skills while having fun it. It's definitely a great starting point for kids to explore the world of programming and unleash their creativity.
This course is mostly suitable for kids who have a little bit of programming.
Runs for 8-10 weeks
Python for kids programming is also a beginner-friendly way for children to learn coding using the Python programming language. Python's easy-to-read syntax and intuitive structure make it accessible for young learners. Aunty Coder’s Python course will introduce kids to creating simple games and other fun projects, building their problem-solving and logical thinking skills while having fun it. It's definitely a great starting point for kids to explore the world of programming and unleash their creativity.
This course is mostly suitable for kids who have a little bit of programming.
Runs for 8-10 weeks
Pre-requisite: Great knowledge and understanding of Scratch.
Learning Outcomes
Understand the basic concepts of programming and the Python language.
Write simple Python programs to solve problems and automate tasks.
Demonstrate proficiency in using fundamental programming constructs such as variables, data types, conditional statements, loops, and functions.
Develop logical thinking and problem-solving skills through designing and implementing algorithms.
Apply Python programming principles to create interactive games, quizzes, or other small projects.
Effectively use Python libraries and modules to expand the capabilities of their programs.
Debug and troubleshoot common errors in their code, fostering resilience and perseverance.
Practice good coding practices, including proper documentation, code organization, and naming conventions.
These learning outcomes aim to provide kids with a solid foundation in Python programming, enabling them to continue exploring and developing their skills in this versatile language.