This blog entry was authored in collaboration with 6th-grade students exploring the connection between robotics and mathematics.
Robotics makes math fascinating. Using robotics creates amazing opportunities to learn about geometry, measurement, and data. An example of learning about measurement is programming the robot motor to run for 3 seconds, stop for 3 seconds, and then run again for 3 seconds. To measure the accuracy of this program, we timed ten trials. We compiled the data and then analyzed it for the mode, median, mean and range. Learning about these mathematical ideas from data that we generated made the data more meaningful to us. This program also taught us about the importance of attending to precision. Initially, we incorrectly thought the program would always run for 9 seconds, but we found out something interesting. After 10 trials we realized that there was variance in how long the program ran. Another massive mathematical idea that we have learned through robotics is problem-solving. Not all of our programs worked the first time we tried them, in fact almost all of them did not work! We had to try a variety of ideas to determine how to adjust the program so that it would accomplish our goal. We also had to adjust the construction of the robot if it did not work the first time. The best part of using robotics to learn about math is that it makes learning absolutely more engaging.
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Students collaborating on the design features of their robot. |
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Students explaining to our principal and a district administrator about the math they learned through robotics. |
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Students worked together to design a robot and learned about collaborative work. |
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