Prof. Azharul Karim is currently working as a Professor at
the School of Mechanical, Medical & Process Engineering (MMPE), Queensland
University of Technology (QUT), and the director of Advanced Drying and
Sustainable Energy Research (ADSER) Group. He earned his Ph.D. in Engineering from
The University of Melbourne. His research is directed towards uncovering a fundamental
understanding of the drying process by developing advanced multiscale and
multiphase models using theoretical/computational and experimental
methodologies. He has been a keynote/distinguished speaker at scores of
international conferences including the International Drying Symposium (2022)
and invited/keynote speaker in seminars at many reputed universities including
Oxford University (2018) and the University of Illinois (2022). He is the
recipient of the highly prestigious ARC Linkage (2021) and ARC Discovery grants
(2022) as the first chief investigator. He is also a leader in the innovative
application of ‘Lean Manufacturing’ concepts in hospital emergency departments
to reduce long waiting times and optimize resources. His main research areas include
Multi-scale and Physics Based Modelling in Drying; Renewable Energies and
Sustainable Processing; Artificial Intelligence and Advanced Modelling in
Agri-industrial Processes; Nanofluid solar thermal storage; Concentrating
PV-thermal collector; Thermal Storage; and Lean Manufacturing and Lean
Healthcare System.
Research Keywords & Expertise
Lean Healthcare
Food Drying
Solar energy thermal s...
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Food Drying
Short Biography
Prof. Azharul Karim is currently working as a Professor at
the School of Mechanical, Medical & Process Engineering (MMPE), Queensland
University of Technology (QUT), and the director of Advanced Drying and
Sustainable Energy Research (ADSER) Group. He earned his Ph.D. in Engineering from
The University of Melbourne. His research is directed towards uncovering a fundamental
understanding of the drying process by developing advanced multiscale and
multiphase models using theoretical/computational and experimental
methodologies. He has been a keynote/distinguished speaker at scores of
international conferences including the International Drying Symposium (2022)
and invited/keynote speaker in seminars at many reputed universities including
Oxford University (2018) and the University of Illinois (2022). He is the
recipient of the highly prestigious ARC Linkage (2021) and ARC Discovery grants
(2022) as the first chief investigator. He is also a leader in the innovative
application of ‘Lean Manufacturing’ concepts in hospital emergency departments
to reduce long waiting times and optimize resources. His main research areas include
Multi-scale and Physics Based Modelling in Drying; Renewable Energies and
Sustainable Processing; Artificial Intelligence and Advanced Modelling in
Agri-industrial Processes; Nanofluid solar thermal storage; Concentrating
PV-thermal collector; Thermal Storage; and Lean Manufacturing and Lean
Healthcare System.