Biography
Hello and welcome to my website!
I am a Postdoctoral Associate in Mechanical Engineering at New York University Abu Dhabi. I hold a PhD in Mining Engineering from McGill University, as well as an MSc in Energy Engineering from Heriot-Watt University and a BSc in Mechanical Engineering from the American University of Sharjah, where I graduated with Cum Laude honors. My research focuses on advancing energy-efficient and sustainable engineering technologies through computational, analytical, and experimental approaches.
My research expertise lies in thermofluid engineering, transport phenomena, and heat and mass transfer in subsurface and energy systems. My work addresses engineering challenges related to geothermal energy extraction, artificial ground freezing (AGF), energy storage, underground environmental remediation, and advanced thermal management systems. I approach these problems using reduced-order modeling, computational fluid dynamics (CFD), and numerical analysis, with an emphasis on scalable and computationally efficient solutions. More recently, my research has expanded to include dynamic origami-inspired structures for thermal enhancement and passive ventilation applications.
Prior to my current role at NYU Abu Dhabi, I was a Killam Postdoctoral Fellow at Dalhousie University, where I worked on sustainable artificial ground freezing systems for underground mining applications. My doctoral research at McGill University focused on the mathematical modeling and optimization of artificial ground freezing systems, contributing to safer and more energy-efficient subsurface engineering practices. Throughout my postgraduate and postdoctoral training, I have developed strong expertise in thermodynamics, phase-change thermofluids, geothermal systems, energy storage, and scientific computing.
During my academic career, I have led and contributed to interdisciplinary research projects, mentored graduate and undergraduate students, collaborated with academia and industry partners, and published extensively in peer-reviewed journals and international conferences. I am the recipient of several prestigious research awards and fellowships, including the Killam Postdoctoral Fellowship, FRQNT doctoral and postdoctoral awards, and the McGill Engineering Doctoral Award.
In addition to my academic experience, I previously worked as a Mechanical Engineer in the energy and construction sector, where I was involved in the design of static equipment, heat exchangers, pumps, and compressors. This professional experience has strengthened my ability to bridge theoretical research with real-world engineering applications and to work effectively in multidisciplinary and industrial environments.
Research Interests
My research focuses on developing energy-efficient and sustainable engineering solutions by combining fundamental transport phenomena with advanced numerical and computational techniques. I work on addressing complex engineering challenges in subsurface and energy systems through modeling, simulation, and system-level optimization, with an emphasis on practical and scalable applications.
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Thermofluid engineering and transport phenomena in subsurface and energy systems
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Heat and mass transfer with phase change, including thermosyphons and latent energy storage systems
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Artificial ground freezing (AGF) for underground mining safety and environmental remediation
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Geothermal energy extraction from conventional, enhanced, and abandoned wells
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Reduced-order modeling and computationally efficient numerical frameworks for large-scale thermal systems
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Cold and thermal energy storage for sustainable cooling and energy management applications
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Integration of geothermal and solar energy systems
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Advanced thermal management solutions, including dynamic and origami-inspired structures for heat transfer enhancement and passive ventilation
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Computational fluid dynamics (CFD), numerical methods, and uncertainty analysis for complex engineering systems
Education
BSc in Mechanical Engineering
Sharjah, UAE
Sep. 2009 – Jan. 2014
MSc in Energy
Dubai, UAE
Sep. 2015 – Nov. 2017
PhD in Mining Engineering
Montreal, Canada
Sep. 2018 – Sep. 2022
Latest insights and updates
Thermal management in confined spaces is critical for a wide range of applications. In this study, we present an origami-inspired, space-efficient system that can be integrated in-line with thermally sensitive components (e.g., batteries, solar panels) to regulate heat exchange. When minimal heat transfer is needed, the structures remain expanded, whereas under higher thermal loads they collapse toward the component, enabling substantial heat conduction. The concept has been validated through both experimental demonstrations and computational evaluations.
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