Civil Engineering Building (H20)
Level 4, Room CE412
GDA2020: -33° 55’ 05.9”, 151° 13’ 58.5”
Senior Lecturer in the School of Civil and Environmental Engineering
- Investigate the implications of 3D kinematic datum modernisation for professional and mass market users, particularly in tectonically active environments.
- Investigate the application of high precision multi-GNSS/ PPP positioning. Leveraging CORS infrastructure and combining UAV or laser scan data for practical application to surveying and geospatial engineering.
- Understand the policy implications of new measurement technologies on authoritative geospatial data management (GPS for cadastral, DCDB, LandXML, eGeodesy, SUI standards, Dial before you dig, smartphone imagery etc).
Interest in engineering
Why did you get into engineering?
I like geometry, maps and the outdoors and Surveying combines all three.
What are your research goals?
To modernise the national/ international datum and map the geophysical changes that we can now measure in 4D. To better understand multi-GNSS positioning and augmentations.
What do people not understand about you do?
People trust their modern devices to give them the correct positions all the time. Measurement science is far more complex and expectations of accuracy nowadays are sometimes unrealistic.
Advice for prospective Surveying and Geospatial engineers
Love maths (especially geometry – do Maths Ext 1). Love maps. Love gadgets. Be precise. Love the outdoors.
GMAT1110 - Surveying and Geospatial Engineering
GMAT2120 - Electronic Surveying Instruments
GMAT3700 - Geodetic Positioning and Applications
GMAT3150 - Survey Camp
GMAT4150 - Field Projects 2
Honours thesis supervision - A wide variety of projects
Number currently in lab: 4
Time-dependent geodetic transformations and datum modelling.
Integration of Interferometric Synthetic Aperture Radar into a National Geodetic Datum
Developing a new Geoid for Costa Rica
Looking for students for projects related to:
Ground truthing of kinematic sensor data for sport applications (using UAVs) with the AIS
Comparing the big 4 in sub-metre GNSS positioning: Omnistar, Starfire, Veripos, Atlas
GNSS Heights from CORS for Machine Guidance applications
Professional Organisations and Consulting positions
Secretary and Public Officer of the IGNSS Association Inc.
Academic Education Rep for Intergovernmental Committee on Surveying and Mapping Permanent Committee on Geodesy (ICSM PCG)
UNSW Rep Australasian Spatial Information Education Research Association (ASIERA)
Former Board member of the Board of Surveying and Spatial Information (BOSSI)
Former Chair of the Definition of a Land Survey committee (under BOSSI)
Survey Mapping Industry Council representative for UNSW
Academic member of Institution of Surveyors NSW (ISNSW)
Member of Surveying and Spatial Sciences Institute (SSSI)
Member of American Geophysical Union (AGU).
Active member of FIG GNSS Developments and Modernization Commission 5, Sub Group 5.3.3
Member, FIG Working Group 2.3, “Education Management and Marketing”
Member, IAG WG1.3.1 “Deformation Models for Reference Frames”
Best Academic Paper, SatNav 2003, Melbourne, Australia, July 2003
Best Oral Presentation, SSC2009, Adelaide, Australia, Oct 2009
SSSI NSW Education and Professional Development Award - 2014
SSSI National Education and Professional Development Award - 2014
Best Paper Award for 2015 by the Editorial Board of the Journal of Spatial Science
Cooperative Research Centre for Spatial Information – Project 1.02, Next generation Australian and New Zealand Datum
PhD, The University of New South Wales, 2002
B.Surv, The University of South Australia (formerly South Australian Institute of Technology), 1988