BLINKY 2: Blinky’s Adventure

GAME INFO

What is the goal of the game?

The game Blinky's Adventure 2 consists of programming a robot to navigate the stage, collect coins and a key, and unlock the house to reach the green goal tile. Unlike simple sequential pre-programming games, in this title you must write the entire block of instructions on the right side of the screen and then run it to test your code. Use the basic commands "WALK" and "UNLOCK", determining the direction (up, down, left, right) and the exact number of squares to move. As you progress through the 8 unlockable levels, new functions appear, such as popping balloons and using counters to create loops or repetition cycles.

Recommended age and educational level

This game is recommended for children aged 8 and older, covering elementary school, middle school, and adults looking to step into computational thinking. It is ideal for students to use independently in IT classes or at home, as well as for STEM teachers and parents. Prior knowledge of elementary spatial orientation (up, down, left, right) and a basic understanding of simple English words are required, as the interface commands are in English.

How to play: single-player or multiplayer

The game is designed for a single-player mode, where each user progresses at their own pace, solving logical challenges autonomously. However, it can easily be adapted into a collaborative dynamic in the classroom or at home. Two players can analyze the board together, debate the optimal command sequence before running the code, or compete to see who solves the algorithm using the fewest lines of code.

What do you learn from this game? Learnings and skills

Computational Thinking: Formal introduction to programming syntax using commands, direction parameters, and control structures (loops).
Spatial Orientation and Geometry: Navigating grid maps by calculating distances and directional vectors.
Problem Solving and Logic: The ability to break down a complex task into short, ordered, and sequential instructions.
Debugging: Learning through trial and error by running the code to detect exactly which line causes the algorithm to fail.

Tips to get the most out of this game

To maximize the educational potential of this game, it is highly recommended to try a prior unplugged activity. You can draw a similar grid on graph paper or on the classroom floor. One student acts as the "programmer", writing down the instructions, and another acts as the robot "Blinky", moving strictly according to the written commands. This helps physicalize and consolidate the concept of loops and logical sequences before playing on the screen.