The University of Queensland UQ NavigationUQ HomeUQ SearchUQ MapsUQ ContactsUQ FAQsUQ Library
UQ Innovation Expo 2003
  World Class: Be Part of It



On this site

  Welcome
  What Visitors to 2002 Said
  Event Floorplan
  List of Exhibits
  - by Research Group
  List of Exhibits
  - by Industry Sector
  Mid-Year Project List
  Prizes
  2002 Photo Gallery
  Contact Details

Quick Links

  UQ Innovation Expo 2003
  ITEE Innovation Expo 2002
  ITEE Innovation Expo 2001

  ITEE Public Web
  ITEE School Alumni



  UQ Innovation Expo 2003 » Mid-Year Student Projects » Wade Lockwood

The Intelligent Fire Detection System

Student: Wade Lockwood

Supervisor: Richard Cocks

Category: Engineering Thesis Project - Electronics

The objective of this project is to design a fire alarm network that can provide the domestic market with a fire detection system ensuring a high level of protection against internal dwelling fires. The implementation of this product integrates several technologies to enhance its operation as a fire detection network and offer users convenience driven functions. The design incorporates IR and RF communications, to effectively network the detection system and allows remote control over the device. It also incorporates a mains converted DC supply, together with operational capabilities from existing fire detection methodologies.

With the implementation of this device I hope to drastically reduce the number of people killed or maimed as a result of domestic house fires. The design prototype shall present an option in the marketplace that will alleviate potentially harmful situations regarding the malfunction and design limitations of current domestic fire detection configurations.

The resultant prototype displayed a functioning mains fed power supply and a dual sensor arrangement that operated to specification. The emergency/auxiliary lighting system hardware functioned when desired and the infrared communication technology was successfully decoded. Future development will see the integration of all working modules together with the relevant firmware.

 

 

Thesis Document (PDF)

feedback
©2001 The University of Queensland, Australia
ABN: 63 942 912 684
Authorised by: Secretary & Registrar
Maintained by: webmasters@itee.uq.edu.au
  Last Updated: 2 July 2001