1. BeHāv Student Behavior Feedback System

2. Overview Team What is BeHav In Action Features Design Risks Time-Line

3. Team Members Matthew Fargano Joshua Fedders Terrell Jones Nicholas Miller Mohamed Siddig Joseph Esler* *Software Systems Development Member

4. What is BeHav? A Wireless System for Modifying Learning Disabled Students Behavior A System for Tracking the Progress of Learning Disabled Students

5. In Action 53 Time Score 52

6. Features Wireless Small Size Long Battery Life Easy to Use Interface

7. System diagram Teacher Keyfob transmitter Main Hub Portable Reciever (Buzzer) Student PC/Laptop Analysis Psychologist USB/Serial

8. Key Fob Buttons MSP430 Transmitter BuzzerMain Hub

9. Key Fob HUBHUB LCD Display Buzzer Microcontroller LED Time Stamp Bus 1 KB Flash128B Ram Receiver

10. Main HUB Buzzers Data Serial/USB PC/Laptop

11. Microcontroller Texas Instruments MSP430F2013 Primary Functions: Process user input User feedback Data Storage Features 2kB Flash, 128B RAM 16MHz clock speed Low power 0.1-µA RAM retention 0.8-µA real-time clock mode 250-µA/MIPS active

12. RF Link uMiRF Transceiver 2.4 GHz Built in ceramic antenna Small size

13. Projected Costs MSP4302013$4.00 uMiRF 2.4GHz$26.00 7 segment LCD$15.00 PCB$50.00 Batteries$10.00 Total$105.00

14. Risks and Contingency Plan Risks: Power Consumption Data Loss RF Interference Data Collision Contingencies: Remove Hub Limit project scope Serial in place of USB

15. Team MembersResponsibility Nicholas Joseph Software Implementation Joshua Matthew Chip Programming Terrell Nicholas Mohamed PCB Layout Matthew Joshua UART Interfacing Mohamed Terrell LCD Interfacing Division of Labor

16. Schedule

17. TimeframeDesired Deliverables CDR 1.Initial Board Layout Rev 1 Milestone 1 1.Board Layout Rev 2 2.Working Prototype of BeHav 1 Milestone 2 1.Software Analysis 2.LCD Interface Expo 1.Complete BeHav Interface