
Dr Maryam Ghodrat
Ìý
- Doctor of Philosophy, University of New SouthÌýÌýWale, ¹úÃñ²ÊƱ SydneyÌý (2014)
- Master of Engineering ,University of New South Wale, ¹úÃñ²ÊƱ Sydney (2010)
Dr Maryam Ghodrat is a Senior Lecturer in Mechanical Engineering specialised in Fire Safety Engineering and leader ofÌý two research teamsÌýÌýÌýandÌýÌýÌýat School of Engineering and Technology, ¹úÃñ²ÊƱ‌ Canberra. Her research is interdisciplinary, focusing on the development of robust, scalable, and adaptive strategies to mitigate fire damage through effective design, construction, and use of novel materials.Ìý
Her research focuses on two primary areas:
- Fire Safety Design &
- Infrastructure ResilienceÌý
In the realm of fire safety, her work involves examiningÌýimpact of wildfires on the built environment, fire behavior of emerging construction materials, assessing fire performance of modern engineered facadesÌý and investigating fire safety of green walls. In the area of infrastructure resilience, she is working onÌý
- Urban Infrastructure resilience to fire disaster
- Quantifying fire safety performance of buildings includingÌýsustainable and fire resilient buildings ,Ìýthis includes fire safety of large scale energy storage systems and batteries.
In 2021, Dr Ghodrat established and leadsÌýat School of Engineering and Technology ¹úÃñ²ÊƱ Canberra with several dedicated flame behaviour testing equipment to unravel the fundamental behaviour of materials, products and systems exposed to direct and indirect flame.ÌýShe has also designedÌýand builtÌýaÌýmodular subsonic combustion wind tunnelÌýfor visualisation of flame propagation at ¹úÃñ²ÊƱ.ÌýÌý
In her roles prior to joining ¹úÃñ²ÊƱ, Dr. Ghodrat's research primarily focused on developing accurate physical and CFD models to advance new energy technologies for renewable fuels such as hydrogen and biomass.
She is currently serving as the Engineering Work Experience (Work Integrated Learning) Coordinator at the School of Engineering and Technology, ¹úÃñ²ÊƱ Canberra. She is actively contributing to the development of the school's new WIL program and aligning its policies with the newly implemented system.
- Publications
- Media
- Grants
- Awards
- Research Activities
- Engagement
- Teaching and Supervision
More than 250k of internal and 700 k of external competitive grants as lead or co-investigator in the past 6 years.Ìý
- Goldstar award for 2024, ARC-DP placed top 10%
- Recognized as one of the top 2% of highly cited research scientists in the world by Stanford University and Elsevier (2024).
- Goldstar award for 2023, ARC-DP placed top 10%
- School of Engineering and TechnologyÌýPublication award for outstanding research outcomeÌýÌýin 2022.Ìý
- Recognized as one of the top 2% of highly cited research scientists in the world by Stanford University and Elsevier (2023).
- Goldstar award for 2022, ARC-DP placed top 10%
- Best Paper Award, InternationalÌýConference of Flow Dynamics (ICFD) conference, 2023
- People choice award for my pitch on "Pyrometric Lab" , ¹úÃñ²ÊƱ Pitch Night, 2023Ìý
- Researcher Development Awards for gender equity (WSU)
- ¹úÃñ²ÊƱ Postgraduate Research Support Scheme (PRSS) Conference Travel Grant
- University Industry Postgraduate Award, the University of New South Wales
Ìý
Research Interest includes:
- Fire Safety Design
- Impact of wildfires on the built environment
- Smouldering combustion
- Fire and MaterialsÌý
- Wildland Urban Interface Fire ModelingÌý
- Li-ion Battery Fire SafetyÌý
- Urban AI, Built Environment and Climate change
- AI and hybrid methods in thermal analyses
- Cooling techs for batteries and fuel cells (Fire Safety Mitigation including detection inÌýEV's Li Ion Batteries)
- Energy-efficient thermal systems
- Thermo-Fluid visualisation
- Environmental heat & mass transfer
- Climate change impact on thermal systems
- Thermal management in sustainable buildings
Current research activities cover four broad and interdisciplinary fields :
Fire Safety EngineeringÌý
- Performance-based fire safety design
- Design and development of building fire safety strategies.
- Fire Safety analysis of new materialsÌý
- Fire Safety design and analysis of timber buildingsÌý
- Fire and smoke modelling
- MitigatingÌýfire damage by proper design, construction, arrangement and use of buildings, materials andÌýstructures
Design for Extreme Environment
- Application of data assimilation to risk and disaster management.
- Fire Safety and Smart Building
- Infrastructure and community resilience
- Fire modeling including CFD and zone modeling;
- Wind Engineering
Emissions and pollution Transport PhysicsÌý
- Numerical models in predicting atmospheric dispersion of pollutant.
- ComputationalÌýFluid dynamic simulation of plume dispersion in Urban areas
Decarbonization of Energy Sector
Focused on application of CFD modeling and thermodynamic analysis in design and optimization of energy-efficient technologies
- Hybrid renewable energy systems for net zero energy buildings (Thermodynamic analysis)
- Co gasification of biomass and EVA from end of life solar panels (Numerical modelingÌýand thermodynamic analysis)
- Thermodynamic analysis of multi generation power system based on Hybrid renewable energy configurations