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Mosquito Trap

Project Overview

This project is designed to apply a variety of electronic technologies to current light mosquito trap models to improve their utility and ease of use and their potential to generate valuable, timely data for public health. In particular, we integrated a variety of sensors to collect data on the local environment and on the trapped mosquitoes, and provide a means to remotely monitor and operate the device. Only the mosquitoes are counted, and this data is sent over a GSM network to the laboratory.

Team Picture

Images

Arduino Microcontroller and Laser Tripwire Circuit
Arduino Microcontroller and Laser Tripwire Circuit
Final Design
Final Design
Microphone Testing
Microphone Testing

Files

Contact Information

Team Members

  • Jeffrey Theisen - Team Leader
  • John Mcguire - Communicator
  • Ryan Nessman - BSAC
  • Courtney Krueger - BWIG

Advisor and Client

  • Prof. Chris Brace - Advisor
  • David Van Sickle - Client
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