BME100 f2016:Projects3

BME 100 Fall 2016	Home People Lab Write-Up 1 | Lab Write-Up 2 | Lab Write-Up 3 Lab Write-Up 4 | Lab Write-Up 5 | Lab Write-Up 6 Course Logistics For Instructors Photos Wiki Editing Help
Lab 3: “Device Validation” Analyze data and evaluate an existing health care device. Understand descriptive and inferential statistics Understand design of experiments. Scenario: You have just graduated with your BME degree and have been hired by a start-up company called “Suntronic”. They are developing a new body temperature and heart rate monitor for smart phones and want to check out the competition. The latest such device is from Spree Sports (www.spreesports.com) and they claim the device can accurately measure body temperature and heart rate. Your assignment is to assess how valid the device is as well as to identify any design flaws by comparing the temperature and heart rate readings on the device to those of an oral thermometer and pulse oximeter. Summary of Data Collection: • 5 temperature and heart rate readings taken in the lab (one every two minutes) using the Spree sensor, the oral thermometer (gold standard) and the pulse ox (gold standard) all at the same time. • Walked around campus and take one reading every five minutes for an hour using the sensor, the oral thermometer and the pulse ox all at the same time. • Returned to the lab and took 5 temperature readings, one every two minutes using the sensor, the oral thermometer and the pulse ox all at the same time. • Results on the Excel sheet posted to Blackboard. Assignment: 1. Using the provided data and supplied how to videos, calculate the mean and standard deviation for both sensor, oral thermometer and pulse ox. 2. Calculate the correlation coefficient (Pearson’s r) between 1) the oral thermometer and Spree Band and 2) the pulse ox and the Spree Band. 3. Run statistical analysis to compare the 1) oral thermometer and Spree Band and 2) the pulse ox and the Spree Band. 4. Graph all your results and include stars showing significance (if appropriate). 5. Write a summary of your results including any conclusions you have made from your analysis. 6. Design an experiment to test your own prototype. Provide rationale for design. Resources on Blackboard: -Video on Scientific Method and Experimental Design -Video on Descriptive Stats and Graphing -Video on Inferential Stats HW: Lab Report 3 (due 10/04/16 at 11:59PM through OpenWetWare) Grading Scheme: 50 points - See rubric. 50 points – Peer Assessment Rubric: Look for your Group's lab report link in the list of links on the right. If it is RED instead of blue, DO NOT CLICK ON IT! If the link is red, type the name of your Group's lab report link exactly as shown in the following text field and click the Create Page button. This should open up an Edit page that is pre-populated with a lab report template code. <createbox> preload=Template:ASUBME100_f2016_L3 prefix=BME100_f2016: width=25 buttonlabel=Create Page </createbox> Group1_W8AM_L3 Group2_W8AM_L3 Group3_W8AM_L3 Group4_W8AM_L3 Group5_W8AM_L3 Group6_W8AM_L3 Group7_W8AM_L3 Group8_W8AM_L3 Group9_W8AM_L3 Group10_W8AM_L3 Group11_W8AM_L3 Group12_W8AM_L3 Group13_W8AM_L3 Group14_W8AM_L3 Group15_W8AM_L3 Group16_W8AM_L3 Test_W8AM_L3   Group1_W1030AM_L3 Group2_W1030AM_L3 Group3_W1030AM_L3 Group4_W1030AM_L3 Group5_W1030AM_L3 Group6_W1030AM_L3 Group7_W1030AM_L3 Group8_W1030AM_L3 Group9_W1030AM_L3 Group10_W1030AM_L3 Group11_W1030AM_L3 Group12_W1030AM_L3 Group13_W1030AM_L3 Group14_W1030AM_L3 Group15_W1030AM_L3 Group16_W1030AM_L3 Test_W1030AM_L3