Mario Level Editor

GAME INFO

What is the objective of the game?

The game Super Mario Bros Level Editor is a powerful visual design tool that allows users to act as developers by creating their own stages for the classic video game. The main goal is to design, test, and debug custom Mario levels using an interactive canvas and a mathematical grid system. The controls enable players to drag and drop elements onto the screen (blocks, enemies, pipes, coins) and configure initial variables, such as the character's status or the time limit, transforming traditional gameplay into an active software development environment through direct experimentation.

Recommended age and educational level

This game is recommended for children ages 8 to 9 and up, making it highly suitable for Elementary School, Middle School, and High School students, as well as adults interested in the fundamentals of video game layout (Level Design). It is explicitly structured for teachers and parents to use as an educational resource in STEM and introductory coding workshops. As required prior knowledge, users only need a basic familiarity with traditional Mario platforming mechanics and an understanding of simple logical sequences.

How to play: individual or multiplayer

The core mechanics of this software focus on individual gameplay, allowing each creator to work independently on the logic and architecture of their map. However, it can easily be adapted into a collaborative group activity in the classroom. Educators can set up design challenges for pairs of students, where one student acts as the "programmer" editing the level layout, and the other serves as the "beta-tester" running the game in real-time to detect design flaws or technical glitches.

What is learned with this game? Learning and skills

Computational thinking and logic: Visual introduction to programming concepts such as variables (changing block contents) and implicit conditionals (If/Then structures triggered by switches).
Algorithm design and sequencing: Mathematical planning and grid-unit calculation to guarantee that the character's jumps and trajectories are physically possible.
Error checking and debugging: Fostering problem-solving and resilience through the continuous loop of designing, testing, failing, and modifying configurations to fix logical traps (softlocks).

Tips to make the most of this game

To maximize the educational outcome, we suggest introducing targeted "Visual Programming Challenges", such as building a "Perfect Jump Algorithm" where platforms are placed at the exact mechanical limit of Mario's physics. As an unplugged alternative resource, students can sketch their level blueprints on grid paper beforehand, mapping out system variables (like time limits or hidden items) in the margins before executing their final design in the digital editor.