DrMahbube Subhani
Honorary Fellow
Faculty of Science Engineering and Built Environment/School of Engineering
Orcid identifier0000-0001-9565-3271 (opens in a new tab)
- Honorary FellowFaculty of Science Engineering and Built Environment/School of Engineering
BIO
Sustainability and durability within the context of construction materials are the main aspects of my research inspiration. My bachelor and PhD research was on non-destructive evaluation of concrete and timber, respectively, which I then extended to timber engineering and hybrid structures during my post-doctoral career.
I have established successful international collaboration with Swiss Federal Laboratories for Materials Science and Technology (Empa) Switzerland, German Aerospace Centre, Utsunomiya University and Akita University in Japan, and Federal University of Pelotas in Brazil to improve some of the sustainability aspect of timber engineering. This includes sustainable manufacturing, use of bio-based adhesives, effective utilisation of natural resources to produce engineered timber products, novel timber-based structural elements, utilisation of end-of-life timber, and timber-based hybrid structural systems.
In addition, I have also been working on the use of recycling materials for producing green concrete with supplementary cementitious materials. I have been working with various industry partners in these areas of research. My third area of research focuses on condition assessment of timber poles and steel pipes using non-destructive techniques to ensure effective maintenance of ageing infrastructure.
I have established successful international collaboration with Swiss Federal Laboratories for Materials Science and Technology (Empa) Switzerland, German Aerospace Centre, Utsunomiya University and Akita University in Japan, and Federal University of Pelotas in Brazil to improve some of the sustainability aspect of timber engineering. This includes sustainable manufacturing, use of bio-based adhesives, effective utilisation of natural resources to produce engineered timber products, novel timber-based structural elements, utilisation of end-of-life timber, and timber-based hybrid structural systems.
In addition, I have also been working on the use of recycling materials for producing green concrete with supplementary cementitious materials. I have been working with various industry partners in these areas of research. My third area of research focuses on condition assessment of timber poles and steel pipes using non-destructive techniques to ensure effective maintenance of ageing infrastructure.
DEAKIN UNIVERSITY CURRENT APPOINTMENT
- Honorary FellowDeakin University, School of Engineering
ACADEMIC POSITIONS
- LecturerDeakin University, School of Engineering, Geelong, Australia24 Nov 2017 - 31 Dec 2020
- Research FellowDeakin University, Sustainable Infrastructures, Melbourne, Australia24 Nov 2014 - 24 Nov 2017
- Visiting Research FellowUniversity of Western Sydney, Institute of Infrastructure Engineering, Richmond, Australia14 Jul 2014 - 12 Dec 2014
- Research AssistantUniversity of Technology, Sydney, Centre for Built Infrastructure Research, Sydney, Australia3 Mar 2014 - 21 Nov 2014
- Teaching Assistant and Casual LecturerUniversity of Technology, Sydney, School of Civil and Environmental Engineering, Sydney, Australia28 Feb 2011 - 21 Nov 2014
- Senior LecturerDeakin University, School of Engineering, Australia1 Jan 2021 - present
NON-ACADEMIC POSITIONS
- Junior Structural EngineerModern Engineering and Consultant, Dhaka, Bangladesh8 Oct 2008 - 6 Jan 2010
DEGREES
- Doctor of PhilosophyUniversity of Technology Sydney, Sydney, Australia2010 - 2014
- Bachelor of Science in Civil Engineering (Hons.)Chittagong University of Engineering & Technology, Chittagong, Bangladesh2004 - 2008
POSTGRADUATE TRAINING
- Graduate Certificate of Higher Education (Learning and Teaching)Deakin University, Geelong, Australia2019 - 2019
LANGUAGES
- EnglishCan read, write, speak and understand
- BengaliCan read, write, speak and understand
FIELDS OF RESEARCH
- Materials engineering
- Timber engineering
- Construction materials
- Structural engineering
- Structural dynamics
- Composite and hybrid materials
AVAILABILITY FOR SUPERVISION
- Masters by Research and PhD supervision
AREA/FACULTY
- Faculty of Science Engineering and Built Environment
DEPARTMENT/SCHOOL/INSTITUTE/DISCIPLINE
- School of Engineering