1. SENSORY BOARD FOR ADAM’S ADVENTURE PLAYGROUND Danielle Napoli Alyssa Smith Christine Wakefield Team 22 Project 41 TA – Sarah Brittain Faculty Advisor – Dr. John Enderle Client – Brian Schwarz

2. OVERVIEW  The final design will be a 12 ft long, 4 ft tall and 5 in think board positioned at angles.  The panels on the ends of the board will be slightly shorter so that children in wheelchairs will be able to roll underneath them and have an opportunity to enjoy all of the activities. NAPOLI, SMITH, WAKEFIELD 2

3. OVERVIEW  Panel 1-A: Music Panel  Panel 1-B: Memory Game  Panel 2-A: Communication  Panel 2-B: Sonar Panel  Panel 3-A: Create-A-Picture  Panel 3-B: Hand Crank Game NAPOLI, SMITH, WAKEFIELD 3

4. COMPLETED WORK  Ordered and picked up Arduino microcontroller  Downloaded software and looked into programming code  Additional research on parts to order  Purchased 8 ft. metal pipe for chimes  Letter asking for donation of push buttons  Checked in about HDPE donation letter status  Placed an order for five sonar sensors NAPOLI, SMITH, WAKEFIELD 4

5. PROJECT REVIEW - SUCCESSES  Began ordering parts  Bought the aluminum pipe for the chimes  Identified a source to determine chime dimensions  Obtained the Arduino board and can now begin programming and learning the language  Clarified responsibilities and long term goals NAPOLI, SMITH, WAKEFIELD 5

6. PROJECT REVIEW - DRAWBACKS  Need a USB connection cord to connect the Arduino board to allow us to program it  The board purchased only came with the microcontroller  We will be assessing what is available in the BME labs for our use  It is still difficult to know exactly what to buy due to the fact that there are so many components to the board  We are waiting to purchase certain items and creating additional donation letters because we are worried about our budget NAPOLI, SMITH, WAKEFIELD 6

7. FUTURE WORK NAPOLI, SMITH, WAKEFIELD 7

8. FUTURE WORK - DELEGATIONS NAPOLI, SMITH, WAKEFIELD 8  Danielle Napoli  Memory game  Communications  LED’s  Inverter  Alyssa Smith  Create a picture  Music panel  Material for board  Christine Wakefield  Hand Crank  Sonar light up  Circuitry  Everyone  Learn how to use the Arduino language  Order other supplies  Practice soldering

9. BUDGET  We currently have a total of $3,000  $1,000 from Biomedical Engineering Department  $2,000 from School of Engineering  Letter has been sent asking for donation of HDPE and we will be sending an additional letter asking for donations for push buttons  Metal pipe cost: $22.74  Arduino Board cost: $25.00  Sonar Sensor cost: $139.00  Total amount spent: $186.74  Budget Remaining: $2,813.26 NAPOLI, SMITH, WAKEFIELD 9

10. HOURS WORKED  Danielle Napoli 9 hours  Alyssa Smith6 hours  Christine Wakefield8.5 hours NAPOLI, SMITH, WAKEFIELD 10

11. QUESTIONS NAPOLI, SMITH, WAKEFIELD 11