Build a Robot by Practicing Multiplication Tables

GAME INFO

What is the objective of the game?

The game Build a Robot with Multiplication Tables consists of solving online math operations to unlock parts and design a custom automaton, just like in the Mr. Potato game. The main goal is to correctly answer 3 multiplications in a row to release robot body parts such as heads, eyes, torsos, arms, and legs. The controls allow entering results by clicking the on-screen virtual keyboard or by using a computer's physical numeric keypad, pressing the Enter key to validate each answer.

Recommended age and educational level

This game is recommended for children ages 7 to 8 and up, aligning with Elementary School levels. It is designed for students to use independently, making it an excellent tool for teachers and parents to reinforce mental math in classrooms or at home. For optimal gameplay, prior knowledge of multiplication tables from 2 to 12 or being in the process of learning them is required.

How to play: individual or multiplayer

The core mechanic of this game is structured for individual gameplay, allowing each user to progress at their own pace based on their math skills. However, it can be adapted into a collaborative group activity in the classroom by projecting the game onto a digital whiteboard, where students solve operations in turns or work together to decide the creative design and assembly of the robot pieces.

What is learned with this game? Learning and skills

Mathematical competence: Selective review and reinforcement of multiplication tables from 2 to 12.
Fast mental math: Improvement of cognitive agility through direct arithmetic problem-solving.
Creativity and self-expression: Building a unique character by combining parts freely without strict anatomical rules.

Tips to make the most of this game

To maximize the educational value, we suggest a data-tracking extra challenge: have students write down their consecutive correct answers and errors in a notebook to calculate their accuracy percentage. As an unplugged resource, children can sketch their digitally created robot on grid paper, labeling each body part with the exact math equation that unlocked it.