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Biomedical Engineering Design Projects

Field Measurements of Running Impacts

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Project Overview

Design an instrument that measures the impacts of running using tibial acceleration data. The device should combine the use of accelerometers and gyroscopes, which will record data to an incorporated data logger. The device must be easily worn by the user, and the hardware should have the ability to do most of the data processing. This instrument will be used to diagnose stress fractures and other injuries related to running.

presentation

From Left: Matt Kudek, Nicole Daehn, Lindsey Carlson, Amanda Feest, Chelsea Wanta

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Project Status

Our project has been completed. Our final design is seen below.

legattachment

This is a picture of the entire attachment system (excluding the belt). The accelerometer is secured with the elastic strap and the wires are attached to the outside of the leg using athletic tape.

tester

This is our testing device that we used to test our accelerometer.

Progress Report Archive.

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Project Timeline

Week Reporting Period Beginning Activities
1 January 26 Assigned team roles and contacted client.
2 February 2 Attended first client meeting and starting individual research on data loggers and acceleromators.
3 February 9 Continued individual research and set up another client meeting for Feb. 23rd. Matt e-mailed the client about the data logger he found that might work. The remainder of the group completed most of the PDS report.
4 February 16 We found several data loggers, met on 2-21 to discuss our findings and talked about bluetooth capabilities, and set up a client meeting for 2/23.
5 February 23 We contacted Professor Webster about ideas on data loggers and will be attending a meeting with him and our client.
6 March 2 We met with Professor Webster and our client on 3-2-07 to discuss the feasability of our options. We worked on and practiced our midsemester presentation.
7 March 9 We had our presentation on 3-9-07. Amanda and Lindsey went to Dr. Heiderscheit’s lab to take pictures and evaluate his current set-up.
8 March 16 We met at Wendt Library on 3-21-07 to discuss what specifications we want for our accelerometers and Matt proposed a design for testing our device.
9 March 23 We met with our client on 3-23-07 to get some questions answered and decided there are three main goals we should accomplish: designing a sleeve to keep accelerometer firmly attached to the leg, a way to keep the wires to the data logger secure, and possibly design a way to test the data logging system.
10 March 30 Spring Break
11 April 6 We organized a meeting with our group to decide on our final design for the attachment system.
12 April 13 We came up with the materials we are going to need for our testing device and plan to buy and build it next week.
13 April 20 We built our test device and leg strap.
14 April 27 We prepared for the final presentation and tested our device.
15 May 4 We completed our final report and are going to meet with our client one last time to give him our leg strap and belt.

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Presentations and Reports

ppt icon Mid-Semester Presentation (Mar 9 2007, 159 kb)
pdf icon Mid-Semester Report (Mar 14 2007, 316 kb)
ppt icon Final Poster (May 8 2007, 11083 kb)
pdf icon Final Report (May 9 2007, 915 kb)
pdf icon Project Design Specifications (May 9 2007, 10 kb)

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Contact Information

Project Team

Project Advisor and Client

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Owner: Willis Tompkins, Ph.D.
Author: Lindsey Carlson
Webmaster: Andrew L. Wentland
Created: Feb 11 2007
Content updated: May 9 2007

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