Eamonn Glennon

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Senior Research Associate
Australian Centre for Space Engineering Research, School of Electrical Engineering and Telecommunications
Contact details:
(+61 2) 9385 6702
(+61 2) 9385 5657
Location:

Materials Science Building Level 7 Kensington Campus

Senior Research Associate at the Australian Centre for Space Engineering Research

 

 

Research interests

 Level 1: I create embedded real-time Global Positioning System receiver firmware and field programmable gate array designs for the UNSW Namuru series of GPS receivers.

Level 2: I customize the Namuru GPS receiver in order to allow it to be used in novel and custom applications, such as on-board small 2U/3U CubeSats and to allow the receiver to perform remote sensing.

Level 3: I develop hardware and software solutions to allow the Namuru GPS receiver to be employed applications such as high precision carrier phase navigation relative navigation, high precision timing, and GPS-reflectometry remote sensing.

Interest in engineering

Why did you get into engineering?

During high school, I discovered that my strengths were in mathematics and physics. I also had an interest in astronomy at the time. I selected Electrical Engineering and Computer Science because it allowed me to build on these strengths and interests, while at the same time equipping me for a real job on graduation.

What are your research goals?

My research goals are to push the envelope on what you can do with GPS technology, with my current focus being to develop low cost GPS solutions for low cost space missions. I'm also interested in GPS based timing, weak signal processing and interference mitigation.

What do people not understand about you do?

I have an industry-based background, which differs from that of your typical academic. I earned my Masters and PhD by undertaking part-time study, all while being employed full-time in a highly demanding job within a start-up company working on cutting-edge technology.

This background means that I focus on building products and technology, but doing it in such a way that it is practical and reliable. This is often significantly more challenging than most would expect, and often not appreciated by those who are not required to get real products working in the real world.

Advice for prospective engineers

Recall the words of John F Kennedy, " “We choose to go to the moon in this decade and do the other things. Not because they are easy, but because they are hard.” So, don't select the easy subjects, but rather choose the more difficult and challenging subjects. This will put you in a much better position for your engineering studies.

Once you graduate with your undergraduate degree, go out and get some experience before considering further study. This experience will enhance any additional study you might undertake afterwards and allow you put what you are learning into context.

Previous Employment

Before joining Surveying and Geospatial Engineering (SAGE) at UNSW in 2010, I was a Principal Engineer at SigNav Pty Ltd, a start-up company based in Canberra, where I worked on GPS receiver firmware, algorithms and other aspects of GPS receiver design.  This included cutting-edge applications such as weak-signal navigation and timing receivers intended for mobile handsets and femto-cells.

Before that, I worked for three years at Auspace Ltd as a Software Systems Engineer as a member of the team that developed Australia's first GPS receiver.

My first job following my graduation in 1990 was for the Department of Defence, where I worked for Naval Materiel at the Combat Data Systems Centre (CDSC) as part of the Test & Development Group. 

Professional Organisations and Consulting Positions

Member of the Institute of Electrical & Electronic Engineers (IEEE)

Member of the Institute of Navigation (ION)

Awards, Grants, Patents

Awards

  1. Winner of a best presentation award at the 20th International Technical Meeting of the Satellite Division of the U.S. Inst. Of Navigation held at Fort Worth, Texas for the C1 GNSS Receiver Algorithms 1 session.
  2. Winner of a best presentation award at the 19th International Technical Meeting of the Satellite Division of the U.S. Inst. Of Navigation held at Fort Worth, Texas for the C4 GNSS Receiver Algorithms 2 Tracking & Navigation session.

Grants

GPS Reflectometry Experiment for QB50 Cubesat Mission, UNSW Faculty Research Grant

Patents

R.C. Bryant, E.P. Glennon, I.A. Sainsbery and J.K. Gordon, “Method and System for Reconstructing Time of Transmit from Assisted or Weak Signal GPS Observations”, United States Patent No: 8,542,714 B2, 24 September 2013.

R.C. Bryant, A.G. Dempster, S.L. Dougan, T. Hobbs, and E.P. Glennon, “Satellite-based positioning system improvement”, United States Patent No: 8,125,371 B2, 28 February 2012

R.C. Bryant, A.G. Dempster, S.L. Dougan, T.H. Hobbs and E.P. Glennon, “Satellite-based positioning system improvement”, United States Patent No: 7 463 189, 9 December 2008

R.C. Bryant, E.P. Glennon, A.G. Dempster and S.L. Dougan, “Satellite-based positioning system receiver for weak signal operation”, United States Patent No: 6 642 884, 4 November 2003

Education

Postgraduate

PhD, UNSW; 2010
(Thesis titled "Cross Correlation Mitigation Methods for C/A Code GPS Receivers").

MEngSc in Electrical Engineering, UNSW (Canberra); 2000

Undergraduate

BE (Hons1) in Electrical Engineering, UNSW; 1990

BSc, UNSW; 1988