In this module, you'll build your first interactive story in Scratch while learning how to animate sprites and coordinate scenes. You'll explore motion, direction, events, timing, dialogue, and visibility to create a story with multiple characters and synchronized actions.

In this module, you'll learn how sprites communicate and coordinate actions in Scratch. You'll explore sensing and collision detection, use touch and broadcast messages to synchronize multiple sprites, and create more interactive programs through event-driven communication.

In this module, you'll learn how sprites coordinate and communicate to perform actions at the right time. You'll explore sensing, collision detection, and Scratch's broadcast message system to synchronize multiple sprites and build more interactive, event-driven programs.

In this module, you'll learn how sprites sense and respond to their environment using Scratch's sensing features. You'll explore color-based sensing and use it to guide sprite movement, avoid obstacles, and navigate through unknown environments, introducing key concepts used in robotics and autonomous systems.

In this module, you'll learn how to solve movement and navigation problems by breaking them into smaller, manageable steps. You'll explore simple search strategies, sprite rotation, and pathfinding techniques to guide sprites through unfamiliar environments while gaining practical problem-solving skills used in programming and robotics.

In this module, you'll explore the fundamentals of computational thinking by creating drawings inspired by Logo turtle graphics. Along the way, you'll learn how to use variables, conditional statements, and controlled loops to build more dynamic and interactive Scratch programs.

In this module, you'll learn how to make Scratch programs more intelligent using variables, conditional statements, and logical operators. You'll explore decision trees, truth tables, stopping conditions for loops, and shared variables to create programs that respond dynamically to changing conditions and events.

In this module, you'll bring together the programming concepts learned throughout the course to build a complete Scratch game. By combining sensing, control, events, and data blocks, you'll apply your skills to create a more complex, interactive program while reinforcing key programming concepts.

In this module, you'll complete the final assessment to evaluate your understanding of the Scratch programming concepts and techniques covered throughout the course. The assessment provides an opportunity to demonstrate your knowledge before completing the course.