1. Device and Application Engineering Design 6

2. Overview EZ-Park Device Displays validity of parking spot Facilitates payment for parking Main Components of Device: Microcontroller GPS / Bluetooth Connectivity LED Display

3. Hardware Diagram

4. Problem Statements For Drivers: Paying for parking through parking meters and Muni-Meters can be tedious Parking rules can be confusing For Parking Enforcement Officers: Regulating is not always precise and efficient

5. Background Material Parking Regulations Alternate Side Parking Street Cleaning No Standing & Stopping Handicapped Tow Away Zone Wireless Technology Protocols: GPS Bluetooth

6. Objectives of Users Locate a vacant parking spot. Be informed of the parking rules regarding that spot (hours, price). Pay for the parking spot from the comfort of their vehicle. Make parking easier and more convenient!

7. Functions of the Design Use of GPS technology to locate a vacant parking spot, while also informing the driver if that spot has been taken. Use of a live database to inform the driver of the parking regulations and costs of that area. Payment for the spot using a pre-debited account or through the use of a smart phone application. Solar charging of the battery ensures the device will not shut off while being used. Clear LED display of the driver’s current parking status (valid/invalid/handicap)

8. Design Alternatives

9. Evaluation Procedure CriteriaWeight Safety5 Power Consumption 3 Cost2 Total10 Weighting important criteria for each of designs

10. Evaluation Outcome Design 1PointDesign 2Point Safety5255 Power Consumption 315735 Cost210840 Total50100 Safety Main component operating temperature = -30°C and 85°C Power Consumption Design 1 Power saving component = none Design 2 power saving component = GPS Receiver, LCD Display Cost Design 1 Solar Charger’s cost = $185 Design 2 Solar Charger’s cost = $30

11. Selected Design Design 2 1. Safe 2. Lesser power consumption 3. Lower cost

12. Application Inputs Outputs Types of Data

13. Mobile App UI Login/Registration Home Page.

14. Features of the Design Solar Panels - Separation from vehicles electrical system Encrypted data transmission - Consumer privacy and protection Small form factor Using a similar form factor as a GPS device will allow the device to hang in the drivers mirror without obstructing vision

15. Features of the Design Eco-friendly Easily repairable Recycled materials Solar Powered Rechargeable battery Restricted radio frequencies Bluetooth, GPS Low-cost Subsidized

16. Conclusions Could alleviate parking issues in metropolitan areas Faces stiff opposition Revisions

17. Questions ?