Leila Momenzadeh

My academic journey is anchored in a robust foundation in Mechanics of Machinery Engineering, cultivated during my Bachelor's and Master's degrees at Shiraz University. This period was pivotal, as it laid the groundwork for my subsequent doctoral studies at the University of Newcastle, where I earned my PhD in Mechanical Engineering in 2016. Under the mentorship of Emeritus Professors Graeme Murch and Irina Belova at UCMTTEM, I immersed myself in advanced research on heat transfer and thermodynamics within metals and composite materials. This culminated in my dissertation, "Prediction of Thermal Conductivity of Materials by Molecular Dynamics Simulation," which garnered global recognition through seven high-calibre publications in esteemed scientific journals and presentations at major international conferences. My post-doctoral journey expanded my expertise across interdisciplinary fields. As a postdoctoral researcher at UCMTTEM and later as a research associate at the Priority Research Centre for Frontier Energy Technologies & Utilisation, I focused on renewable energy platforms and methane conversion technologies under Professor Behdad Moghtaderi's guidance. This period not only deepened my practical knowledge but also enhanced my industry connections and contributed significantly to advancements in energy technology.
In parallel, my dedication to education spans over eight years, where I have taught diverse courses from procedural programming to industrial planning, fostering a robust academic environment. Recognized as a professional engineer by Engineers Australia, my commitment to advancing gender diversity and leadership initiatives, notably through the Athena Swan group, underscores my broader impact within academia. Currently, as a subject matter expert at CURIO, I apply a systems-based engineering approach to analyse and design energy systems, focusing on fluid dynamics, electrical systems, and temperature control mechanisms. Through scenario-based learning, I empower students to apply practical tools in system analysis, engineering design, and project management, thereby preparing them for real-world challenges in the field.
In essence, my career trajectory reflects unwavering dedication, a thirst for knowledge, and a commitment to advancing both engineering research and educational excellence, contributing significantly to the future of academia and industry alike.