Game based learing

Memogy Game Cards

The Modern Sensors Memory Game is an interactive, game-based learning activity designed to help students understand the relationships between different sensor types, the quantities they measure, their operating principles, and their real-world applications. By matching cards across different categories and progressing through three difficulty levels, students can reinforce key concepts in modern sensor technology in an engaging and collaborative way.

Error Spotting Challenge

The Error Spotting Challenge: Measurement Edition is an interactive learning activity designed to develop students’ ability to identify, explain, and correct common errors in measurement systems. Through four practical challenges involving voltage measurement, signal sampling, thermocouples, and signal conditioning, students progressively analyze real measurement problems and justify their solutions using measurement principles and calculations. Error-spotting-Challenge

Sensor Hunt

The Sensor Hunt: Smart Lab Challenge is a hands-on sensor fusion game in which students investigate real-world measurement problems by comparing data from two different sensors. Across five practical scenarios, they evaluate sensor accuracy, sensitivity, noise and reliability, use datasheet specifications, and apply measurement uncertainty analysis to decide which sensor provides the most trustworthy result. 

Crossword

The Basic Crossword is a short educational game designed to help students review and reinforce essential terminology in measurement science. By solving clues related to concepts such as repeatability, calibration, systematic error, uncertainty, and probability distributions, students can test their understanding in a simple and engaging way. 

Accuracy vs Precision

The Accuracy vs. Precision Game is an interactive virtual “shooting” experiment designed to help students clearly distinguish between two fundamental metrological concepts: accuracy and precision. Each shot represents a measurement result, while the target center represents the reference value, allowing students to visually observe how bias and increasing measurement noise affect accuracy, precision, and the distribution of repeated measurements.