Floods, Slips and Coastal Erosion Management Conference
A national dialogue on proactive strategies to manage the impact of floods, slips and coastal erosion
12 - 13 Feb 2018Te Wharewaka Tapere, Wellington
INTERNATIONAL KEYNOTE SPEAKER
Dr Delwyn Moller
Principal Systems Engineer
Remote Sensing Solutions
Kea World Class New Zealander
Dr. Delwyn K. Moller is a Principal Systems Engineer at Remote Sensing Solutions, Inc (RSS). She received the Ph.D. degree in Electrical Engineering from the University of Massachusetts-Amherst after completing the M.E degree (Distinction) and the B.E. degree (Honours) at the University of Auckland, New Zealand. After her Ph.D. she joined NASA’s Jet Propulsion Laboratory (JPL) where she worked on radar technology, primarily with a focus toward Earth science. Both at JPL and in her current position at RSS, she has developed innovative state-of-the-art remote sensing systems for measuring critical aspects of the Earth’s surface to support science research and applied sciences with applications ranging from mapping ocean currents, ice-surface topography, surface water hydrology, snow depth mapping and soil moisture retrieval. She has won multiple JPL and NASA awards including being a co-recipient on the prestigious NASA Space Act award for a planetary landing radar design.
Senior Research Fellow
Deep South and Resilience Science Challenge Projects
Head of Water Resources
DHI Water and Environment
Dragan has over 15 years of postgraduate industry and research experience working on various aspects of water resources and stormwater management, river and urban drainage hydraulics and hydrology, flood risk assessment, decision support and computer modelling. Dragan is a principal engineer and head of water resources department at DHI in New Zealand. He is a certified MIKE software trainer who has developed and delivered numerous training courses throughout New Zealand and Australia to the professional engineering and scientific community. He started his career working with physical models of dams and hydro-electric power plants, including site data collection and field measurements towards building and calibrating physical models. In addition, he has been in charge of a team for monitoring water distribution and sewer networks. Following completion of his M.Sc. degree in hydroinformatics at IHE in Delft, his career focused more on computer modelling of water environments and that spread across water distribution, wastewater and stormwater projects, rivers and floodplain modelling work, all the way to integrated catchment management and water quality.