Rate My Professor Peter Robinson

Dr. Peter Robinson is a Research Associate and Lecturer in the School of Engineering at the University of Newcastle, Australia, affiliated with the Centre for Bulk Solids and Particulate Technologies. He earned a Doctor of Philosophy, a Bachelor of Science in Physics, and a Bachelor of Engineering (Mechanical) with Honours, all from the University of Newcastle. His PhD research, titled "The Dynamics of Open and Closed Belt Conveyor Systems Incorporating Multiple Drives," utilized Finite Element Analysis and numerical modelling to investigate the time-dependent behaviour of complex conveyor systems. After completing his doctorate, he worked in a consulting capacity with TUNRA Bulk Solids, concentrating on belt conveying and system optimisation. In 2016, he joined the University of Newcastle as a Research Associate, partnering with industry on advanced projects including dynamic conveyor design, bucketwheel performance optimisation, maritime bulk cargo transport standards, and vacuum belt filter improvements for mineral processing and tailings management. These efforts employ FEA, numerical modelling, and experimental techniques. Robinson integrates his research into teaching undergraduate courses on Mechanical Design, Finite Element Analysis, and Bulk Material Handling.

His primary research specialization lies in the optimisation of bulk material handling systems, with emphasis on mechanical equipment such as belt conveying, bucketwheel reclaimers, and mineral filtration, translating academic insights into practical industry applications. Key publications include the book chapter "Belt Conveyor Design and Troubleshooting" (2023), conference papers like "Optimisation of Overland Conveyor Systems using Large Diameter Idler Rolls" (2025), "Ultra-Efficient Haulage: First Rail-Running Belt Conveyor - To Carry 13,000Mtph in 2024" (2024), and multiple contributions to the 14th International Conference on Bulk Materials Storage, Handling and Transportation (ICBMH2023), covering topics such as idler roll abrasion resistance, conveyor drive pulley lagging friction, and vacuum belt filter dewatering. Robinson has been recognized with the 2023 Dean's Commendation for Overall Quality of Learning Experience in MECH4410, the 2021 Staff Excellence Award for Industry Engagement Excellence from the College of Engineering, Science and Environment, Health, Safety and Environment Awards for Individual Excellence in HSE Leadership and Culture from the Newcastle Institute for Energy and Resources in 2020 and 2018, the 2009 George Arkla Harle Memorial Prize in Physics, and the 2007 Morison Prize (Senior) in Mechanical Engineering.