Contactless Temperature Scanner (05) ECE 342-Sp21

C
3D Printing
AVR Microcontrollers
Embedded Systems
PCB
IoT

Contactless Temperature Scanner designed to power on during the detection of user via motion sensing and calculate temperature in Fahrenheit. Complete functionality that requires no touch from users and capability to display visuals on OLED screen. Also includes Wi-Fi capability that allows for data to be stored remotely on web server. The system can be powered either via USB-C or battery and can last for up to 24 hours on a fully charged battery. Complete with an enclosure that is designed in 3D-Modeling software and printed out. The project is configured through the use of an ESP8266 micro-controller that is programmed in C to carry out the systems implementation. Skills in soldering, Arduino programming, circuit design and 3D Printing are all necessary for the implementation of this project. Future improvements that can add to the temperature scanner include a sister application to display on a kiosk or tablet and RFID scanning compatibility to allow data to be logged for specific users.

5 Lifts 

Artifacts

Name Description
Executive Project Summary Written summary explaining the original design problem and how the team approached the project. As well as what we learned as a team and the project timeline.   Download
Developer Guide Written information on the device for other users   Download
Project Summary Video Video highlighting the project summary   Link
Github link Contains the code to run the device   Link