Dr. Ricky Chan obtained his doctoral degree from the University of Queensland in 2008 in the area of passive energy dissipation of civil structures to mitigate seismic risks. He innovated a number of disposable earthquake dampers that act as "structural fuses" which can be replaced after cyclic motions. One of the damper design described in his thesis, the "Steel Slit Damper", has been adopted by a Korean company and put into application in building structures. Another damper design, the "Yielding Shear Panel Device", was selected as one of the highly cited articles by Journal of Constructional Steel Research (Q1 Journal). More recently his research direction moved to semi-active and active vibration control. His collaborations with a few Japanese Universities have led to the application of Earthquake-Early-Warning system and IoT-enabled earthquake resistance systems. He was a visiting researcher at the Earthquake Research Institute of the University of Tokyo in 2018. His publication records can be viewed on his Google Scholar page.
He has vast experience in curriculum design and accreditation exercises by professional bodies. He was the Program Manager of Bachelor of Engineering (Civil & Infrastructure) offered offshore in Hong Kong from 2011-2019. This program was accredited by (1) Engineers Australia, (2) Hong Kong Institution of Engineers and (3) the Hong Kong Council for Accreditation of Academic and Vocational Qualifications. In all these accreditation exercises, Ricky was a key member of the RMIT team leading to successful outcomes. The program in Hong Kong is one of the most successful offshore programs of RMIT University, attractive more than 100 full-time and part-time students each year.
He is also a 5-times winner of the Student Choice Teaching Award in 2012, 2013, 2015, 2016 and 2018.
Industry Experience
Prior to Dr. Ricky Chan's academic career, he was a chartered structural engineer in Hong Kong, engaged in the design and construction supervision of many high-rise buildings and civil projects. Notable projects include The Hong Kong Police Headquarter in Wan Chai, large scale private residential development Parc Palais in Kowloon, etc. He obtained the following professional qualifications:
Member, Institution of Structural Engineers, UK
Member, Hong Kong Institution of Engineers, Hong Kong
Registered Professional Engineer, Hong Kong
Supervisor projects
Seismic risk mitigation of masonry structures
1 Jun 2024
Strategies to reduce overheating for energy efficient housing in Australia under current and future changing climates
24 Apr 2024
Mitigating Earthquake Pounding of Adjacent Buildings
31 Aug 2021
Artificial Intelligence-based Prediction of Bridge Rating
1 Jul 2021
Structural Health Monitoring in Bridge Management System
10 Feb 2021
IoT Enabled Structures with Smart Devices to Mitigate Dynamic Loading
7 Feb 2019
An Innovative Study on Lightweight Concrete for the Complete Replacement of Conventional Coarse Aggregates by Waste Tire Rubber Particles
4 Jan 2019
Additively Manufactured Lead Zirconate Titanate-polymer Composites with Sheet-based Triply Periodic Minimal Surface Structures
27 Nov 2018
Strain Localization and Member Ductility
26 Jul 2018
Methods for Identifying the Engineering Flexural Stress in FRP-Confined Concrete Columns
1 Mar 2018
Experimental Study of the Clay Activation Methods to Develop Geopolymer Binder
1 Mar 2018
A Smart Mechatronic Base Isolation System Using Earthquake Early Warning
15 Feb 2018
Structural Behaviour of Post-installed reinforcement in Wall-slab Moment Connections
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