Dr David O’Reilly is an urban designer, strategic planner, researcher and educator specialising in urban design, active transport, freight and logistics planning, spatial analytics, evidence-based planning and classical guitar. He has more than 15 years of experience across local government, consultancy, academia and applied research, including senior urban design and strategic planning roles at the City of Port Phillip, City of Greater Geelong, Merri-bek City Council, and the City of Greater Bendigo.
As well as qualifications Bachelor of Environments (UoM) and Master Urban Design (UoM), David completed his PhD at Swinburne University of Technology, examining how traffic-induced noise pollution affects pedestrians, active transport and urban amenity through GIS-based decision-support modelling.
David’s research combines urban design, transport planning, psychoacoustics, predictive and spatial modelling to support healthier, more accessible and better-performing urban environments. He is currently involved in an iMove research project examining freight and logistics planning education in Australia, with a focus on integrating freight systems, supply chains and land-use planning into professional practice and training.
Dr David O’Reilly is an urban designer, strategic planner, researcher and educator specialising in urban design, active transport, freight and logistics planning, spatial analytics, evidence-based planning and classical guitar. He has more than 15 years of experience across local government, consultancy, academia and applied research, including senior urban design and strategic planning roles at the City of Port Phillip, City of Greater Geelong, Merri-bek City Council, and the City of Greater Bendigo.
As well as qualifications Bachelor of Environments (UoM) and Master Urban Design (UoM), David completed his PhD at Swinburne University of Technology, examining how traffic-induced noise pollution affects pedestrians, active transport and urban amenity through GIS-based decision-support modelling.
David’s research combines urban design, transport planning, psychoacoustics, predictive and spatial modelling to support healthier, more accessible and better-performing urban environments. He is currently involved in an iMove research project examining freight and logistics planning education in Australia, with a focus on integrating freight systems, supply chains and land-use planning into professional practice and training.