Background

This project was developed to bring innovative methods into mathematics education, leveraging game-based learning to make complex topics more accessible and engaging for students. Recognizing that many learners struggle with abstract concepts, the initiative aimed to bridge these gaps with hands-on, interactive activities.

Problem

Understanding mathematical concepts such as cryptography, logical reasoning, and financial math can often be challenging, leading students to feel disengaged and discouraged by these topics' abstract nature.

Solution

The project involved designing educational games, crafted manually and with laser printing, focused on teaching key mathematical concepts in a fun, interactive format. Each game was designed to simplify complex topics and encourage active participation, making the learning process more intuitive and enjoyable.

Impact

These educational games significantly improved student engagement and facilitated active learning. They fostered critical thinking and practical problem-solving skills, enabling students to grasp challenging concepts through a unique, hands-on approach.

Jogos

Criptex

A game designed for elementary school students, Criptex introduces basic cryptography concepts. Through puzzles and codes developed by other collegues, students learn foundational encryption techniques in an engaging, age-appropriate way.

Capital Gain

This board game, developed for high school students, reinforces financial mathematics concepts. In Capital Gain, students navigate real-life scenarios involving budgeting, interest, and investments, making math relatable and practical.

Tangram

Crafted as a Chinese puzzle game, Tangram encourages logical reasoning through shape arrangement. Designed for older adults in the UnAPI workshop, this game fosters mental agility and mathematical logic in a fun, social environment.

Mathematical Games: Playful Tools for Teaching Mathematical Concepts