1. Jeff Wojtusik Danielle Howe Matthew Knauf

2. Background: AQM Project began Fall 2012 with P13625 Team was charged with building an air quality monitor with increased functionality over previous models. Previous model was created by Berkeley Air Quality monitoring Group in conjunction with University of California Berkeley. Known as UCB-PATS The AQM designed by RIT added the increased functionality of detecting CO in addition to temperature, humidity, and particulate matter(PM).

3. Background: AQM To improve performance and feasibility, broke project down into 2 similar monitors Both will monitor temperature, humidity, and PM First monitor will record CO levels Second monitor will record NOx and SOx levels VOC and VOE are basically the same, the following slides contain information from the original AQM that monitors CO

4. VOC Review: Customer Needs: AQM Customer needs: Primarily need monitor to have functionality of UCB-PATS Additionally want to monitor CO and humidity

5. VOC Review: Technical Goals: AQM Monitor should have all capabilities of the UCB-PATS monitor Ensure all sensors record continuous data Increase the battery life Improve upon UI Create a monitor which is discrete in subject’s home Monitor is capable of resisting outside environment, shipping, and installation

6. Functional Decomposition: AQM

7. Metrics and Specs: AQM

8. House of Quality: AQM

9. Feasibility Study: AQM Will analyze the following aspects: Cost Size Battery Life Weight

10. Potential Designs: AQM Morphological chart:

11. Pugh Chart: AQM

12. Project Background: Lamp Post Monitor Across the globe there is a growing issue with air quality and its impact upon personal health. The purpose of this project is to develop a monitor that can visually show bystanders what kind of contaminants they are being exposed to in real time. Hopefully, by showing people this it might push for a movement to reduce environmental emissions and improve air quality. Smog in Hong Kong

13. Customer Needs: Lamp Post Monitor Since our group is the primary customer of this project currently, all of the VOC were determined by us.

14. Objective Tree: Lamp Post Monitor

15. Functional Decomposition: Lamp Post

16. Metrics and Specs: Lamp Post Monitor

17. HOQ: Lamp Post Monitor

18. Questions What are possible issues that could arise with lamp post monitors installed on campus? Do you have any suggestions for the design of the lamp post monitor? Does the lamp post monitor seem like a feasible MSD project? If you could change anything about these projects what would you change? Any comments or questions regarding our VOC or VOE?