Mohamed Awadallah

Dr. Mohamed Awadallah is an Industry Fellow at the School of Civil and Environmental Engineering at the University of Technology Sydney (UTS), specializing in Mechatronics. With a PhD in Mechatronics from UTS (2018), he brings extensive expertise in embedded systems, automotive engineering, and hybrid electric vehicle technologies to his academic and research roles.

His educational background includes:

• PhD in Mechatronics from University of Technology Sydney (2018)
• BSc in Communications and Electronics Engineering (2006)
• Advanced Diploma in Embedded Systems from ITI (2007)

Dr. Awadallah's research focuses on sustainable transportation solutions, particularly hydraulic hybrid vehicle systems for commercial applications. His work spans embedded systems development, emissions measurement in real-world conditions, and cost-effective approaches to vehicle electrification. Recent publications demonstrate his leadership in developing practical hybrid technologies that achieve significant fuel savings (up to 17%) and emissions reductions in urban driving environments. His research addresses critical challenges for developing markets where cost-effective emission reduction solutions are urgently needed.

Analysis of his publication history reveals a consistent trajectory from fundamental powertrain modeling (2014-2016) toward real-world validation and implementation (2022-2024), with particular emphasis on hydraulic hybrid systems for commercial vehicles and accurate emissions measurement under actual driving conditions.

Professional recognition includes:

• Member of the Institute of Electrical and Electronics Engineers (IEEE)
• Professional Member of Engineers Australia (MIEAust)
• Member of SAE and Australasia (SAE-A)
• Member of Egyptian Engineering Syndicate

Dr. Awadallah has secured significant research funding for projects including the development of a robotic arm for space applications (2022-2023), on-board vehicle emission testing (2019-2020), and real driving emissions benchmarking for hydraulic hybrid commercial vehicles (2019-2020). His collaborative work with researchers like Surawski N, Walker P, and Zhang N demonstrates his ability to lead interdisciplinary teams across academic and industry boundaries. His technical expertise in MATLAB/Simulink modeling, dSPACE systems, and hardware-in-the-loop simulation supports his practical research approach that bridges theoretical models with real-world vehicle testing.

As part of the Green Energy Vehicle Innovations (GEVI) Centre, Dr. Awadallah contributes to interdisciplinary research focused on sustainable transportation solutions, with particular emphasis on technologies that can be implemented cost-effectively in developing markets where the environmental benefits of reduced emissions are most urgently needed.