Researcher

Professor Andrew Dempster

Biography

Andrew Dempster is a Professor with the School of Electrical Engineering and Telecommunications. He is Director of the Australian Centre for Space Engineering Research (ACSER).

Current Research:

Developing cubesats - the QB50 satellite, the Namuru GPS receiver for satellites, future space missions.

Pursuing the "Garada" Synthetic Aperture Radar Formation Flying project, originally funded under the Australian Space Research Program.

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Andrew Dempster is a Professor with the School of Electrical Engineering and Telecommunications. He is Director of the Australian Centre for Space Engineering Research (ACSER).

Current Research:

Developing cubesats - the QB50 satellite, the Namuru GPS receiver for satellites, future space missions.

Pursuing the "Garada" Synthetic Aperture Radar Formation Flying project, originally funded under the Australian Space Research Program.

All areas relevant to  GPS receiver design and signal processing, including all new GNSS systems and signals, interference, multipath, and hardware optimisation. New location technologies such as Locata and WiFi. Integrated systems such as GPS/ DSRC and machinne automation.

2004 - present. Director of Research, School of Surveying and Spatial Information Systems, UNSW.
1995 - 2004: Lecturer/ Senior Lecturer/ Senior Academic in Department of Electronic Systems, University of Westminster, London, UK.
1988 - 1992: Employed by Auspace Limited, Canberra, Australia. System Engineer and Project Manager on the development of a GPS receiver.
1985 - 1988: Engineer at STC, Sydney, Australia. Designing telecommunications equipment for telephone exchanges.


My Expertise

Satellite Navigation Systems, e.g GPS.

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Location

Material Science and Engineering (E10), Level 7, MSE 718

Contact

+61 2 9385 6890

Research Activities

The equipment developed in this project will protect the system from radio frequency interfernce. It thus protects these exports, and creates a new exportable product. By protecting this system, it makes air travel safer both in Australia and in the countries that buy this Australian technology.

GRAS is an enormous initiative that will generate billions of dollars in exports for Australia. The equipment developed in this project will protect the system from radio frequency interfernce. It thus protects these exports, and creates a new exportable product. By protecting this system,…