Block-Based and Python Programming

$350.00

Block-based programming is a beginner friendly, visual approach to coding/programming where your kids drag and connect blocks to create programs. It helps your child understand programming logic by providing a visual representation of the code. Examples include Scratch, which allows users to create games and animations by combining colourful blocks. It's a simple and creative way to learn and apply programming concepts and a great starting point for kids who have not been exposed to code.Runs for 10 - 12 weeks

Block-based programming is a beginner friendly, visual approach to coding/programming where your kids drag and connect blocks to create programs. It helps your child understand programming logic by providing a visual representation of the code. Examples include Scratch, which allows users to create games and animations by combining colourful blocks. It's a simple and creative way to learn and apply programming concepts and a great starting point for kids who have not been exposed to code.Runs for 10 - 12 weeks

Pre-requisite: None

Learning Outcomes

  • Understand the fundamental concepts of programming, such as sequencing, loops, conditionals, and events.

  • Use a block-based coding environment to create programs by arranging and connecting blocks of code.

  • Solve simple coding challenges and puzzles using block-based programming constructs.

  • Design and develop interactive stories, animations, and games by utilizing block-based coding principles.

  • Apply computational thinking skills to break down problems into smaller, manageable tasks and implement solutions.

  • 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.