1. The NASA Smart Watch

2. NASA Watch History
  This 1965 Omega Speedmaster Reference is dubbed the "Ed White“ after his historic first ever American spacewalk.

3. Wearable Technologies
Smart Watches
Smart Phones
Assistive technologies for the disabled
Fitness monitors
Eyeware

4. Concept of Operations (ConOps)
Primary Goals
Wearable technology
Expandable infrastructure
PixelSense networked
Universally mountable
Utilization of sensors
Real-time timers, warnings, and scheduling
User friendly
Stretch Goals
Audio communication
Video communication
Health monitoring
RFID Part tracking
Brainstorming
Robotic Arm control
Mental health games

5. Proposed Requirements
Long Battery life
Light-weight
Sizable display
Wireless ready
Expandable
Ergonomic
Water proof
Large memory capability
Efficient high performance processor
Open source OS

6. Smart Watch Market Study
Model
Connectivity
Standalone
Battery
Processor
Samsung Gear S
WIFI/Bluetooth
Yes
Apple Watch
Sony SmartWatch 2
Bluetooth No
Martian G2G
LG G
Moto 360
Samsung Gear Neo
Samsung Gear 2

7. Concerns The Smart Watch’s need of a phone to function
Smart Watch OS has low support
Insignificant battery life.
Small screen.
Some are not water proof.
Wi-Fi availability varies.

8. Best Smartphone Alternative
Samsung Galaxy S5
Android OS
Snapdragon 400 Processor
2,800 mAh 10.78Wh Battery
5.1” Multi-touch screen
Built-in mobile health monitor
Wifi/Bluetooth ready
Front/Rear cameras

9. Samsung S5s ROM Implement power efficiency modifications
Change logos to represent Texas State and NASA
Fully disable cell antenna.
Clear all bloatware
Implement GUI more suitable for the application

10. The Network Cloud style infrastructure utilizing PHP
Utilizing WIFI and Bluetooth
Web architecture can be implemented on any type of device
PixelSense running WAMP
Allows expandability of users

11. 3D Printing For Wrist Mount
3D scan the device
Create a 3D rendering
3D print mount
Refine
Attach universal strap

12. The Stop Light Timing notifications Improve task times
Access scheduling database
Start/Stop for recording of tasks

13. Scheduling User based Efficient Mobile Improve time management
Streamline current process

14. Warning System Adjustable Assign/Create Alerts Priority System
Real-time notifications
Expandable

15. Stretch Goals Parts Communications Health Database of RFID tags
Feature checking
Use PixelSense IR scanners
Schematics
Storage
Voice chat
Real-time video
Communication efficiency
Real-time monitoring
Utilization of sensors
Marry with warning system
Safety precautions

16. The “Rapid Prototype”