Jack Bender, Felipe Correa, Mia Falbo, Anthony Paladino
TempTeller was developed as part of the University of Pittsburgh Swanson School of Engineering course ENGR 0716 The Art of Making: An Introduction to Hands-On System Design and Engineering
A remote, temperature sensor and internet of things that can determine the temperature at a location, analyze the data, and send it remotely to other physical nodes or users' phones to promote their comfort. Users can take this information and more effectively plan their day around the ambient temperatures of where they will be.
Range of 0-100C with a 0.5% margin of error
Temperature data redundancy via custom Arduino circuitry
Simple circuit with minimal points of failure
Temperature data accessible from additional nodes or phones
Low power draw allows for prolonged, remote use without battery replacement
Custom boxes protect circuits and add to location decoration
Airholes maintain temperature sensing efficacy while maintaining protection
Environmentally friendly wooden material
Plan what to bring
See where to go
Improve your comfort
To feel better
Busy students trying to find comfortable places on campus
Faculty running between rooms
Maintenance staff checking HVAC systems
And many more
Our Dedication To Simple Yet Effective Design
Temperature Sensor Bit
Forks
Number Display Bit
BLE Bit
Wireless Transmitter/Receiver
Threshold Bit
Code Bit
LED Matrix
Synth Speaker
Arduino Uno
DHT11 Temperature Sensor