Constructing and Testing a 3D Printed Glove with Strain Sensors
The glove with strain sensors that students will be creating.Copyright 2020 Jeff Parks, Michigan State University RET
In this activity, students apply their newfound knowledge of 3D printing and strain sensors and use it to create their own prototype. Students investigate how to integrate 3D printed strain sensors into a glove and analyze how the sensors work in relation to the feedback that they provide. Students also learn how to measure electrical resistance using a multimeter and apply their knowledge of data analysis track the effectiveness of their prototype.
Engineers have to construct prototype devices and test them. In addition, engineers have to develop experiments that eliminate extraneous variables and prove the concept that they are working on. Computer engineers and electrical engineers have to figure out how to integrate devices into other objects or systems. By using 3D printing to create a prototype, engineers can collaborate to design a specific product.
After this activity, students should be able to:
- Measure electrical resistance.
- Integrate 3D printed strain sensors into a glove.
- Utilize a 3D printer to print sensors.