
Inspires a passion for knowledge and growth.
Always prepared and organized for students.
Creates a welcoming and inclusive environment.
Makes learning a joyful experience.
Great Professor!
Dr. Richard Kelly serves as Adjunct Professor of Practice in the School of Engineering at the University of Newcastle, Australia, and is a Conjoint Professor of Practice affiliated with the Centre for Geotechnical Science and Engineering. He earned his Bachelor of Engineering from the University of Sydney in 1993 and his PhD in Geotechnical Engineering from the same university in 2001. In his industry role, Kelly is Chief Technical Principal in Geotechnical and General Manager of Technical Excellence at SMEC Australia, where he applies his expertise to large-scale civil infrastructure projects, including as a member of the Alliance Management Teams for the Ballina Bypass and Hamilton Bypass.
Kelly's research specializations include geotechnical engineering, soft soil engineering, ground improvement, foundations, Bayesian analysis, geotechnical material behaviour, and transportation geotechnics. He contributed significantly to establishing Australia's National Soft Soil Field Testing Facility at Ballina, advancing research on infrastructure construction over soft soils through field testing, laboratory studies, and numerical modelling. His key publications encompass 'A view on the state of practice in transportation geotechnics in Australia' (2024), 'State of the Art in Transportation Geotechnics' (Kelly et al., 2022), 'Bayesian updating for one-dimensional consolidation measurements' (2015), 'Radial consolidation characteristics of soft undisturbed clay based on large specimens' (2019), 'Settlement Prediction of the Ballina Embankment, Australia', 'Laboratory study on subgrade fluidization under undrained cyclic triaxial loading' (2021), and 'Performance of an innovative direct-push piston sampler in soft clay'. These works have influenced predictive modelling, settlement analysis, and design practices in geotechnical engineering for embankments, piles, and road infrastructure on challenging ground conditions.

Photo by Steve Wrzeszczynski on Unsplash
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