June 16th, 2023, Dubai, United Arab Emirates: Canadian University Dubai's (CUD) School of Engineering, Applied Science, and Technology; had the honour of co-hosting the International Online Conference, in collaboration with Dr. B. R. Ambedkar National Institute of Technology Jalandhar in India. This online conference, titled ‘Emerging Trends in Energy Systems and Applications: Modelling, Simulation, and Optimization of Energy Systems (MSOES) 2023’, took place June 17th to 18th, 2023. The conference featured the presentation of 237 papers from 15 different countries. Remarkably, a paper co-authored by two CUD students was presented at this international conference, and the research paper has additionally been approved for publication.
The international conference unites international experts to explore the most recent developments in the world of Energy Systems and includes various areas within Energy Systems and its related fields, such as Sustainable Energy Systems, Experimental and Theoretical Energy System Modelling, Numerical Simulation, Heat Transfer Optimization, and the application of Nanofluids in Solar Energy. Speaking about the conference, Dr. Firuz Kamalov, Associate Professor in the School of Engineering, Applied Sciences and Technology; said: “MSOES 2023 was a grand success in attracting leading researchers in the world of energy systems and nanofluids. The attendees shared their latest findings related to energy from the point of view of applied mathematics. The conference further established CUD as a global leader in cutting-edge research.”
A Solar-Powered System for Sustainable Urban Transportation
Ms. Joud Ayasi and Mr. Adnan Karamat Ali, both graduates of CUD’s Bachelor of Science in Electrical Engineering, Mechatronics program, presented the paper titled 'Solar-Powered Autonomous Electric Cart' at the MSOES 2023 international conference. The students incorporated a solar-based energy system into an urban cart as the central element of their graduation project. Their primary objective was to design an autonomous electric vehicle that addresses the growing need for eco-friendly and self-driving transportation solutions in our contemporary, technology-driven society.
Speaking about their project and the opportunity to present at the international conference, Adnan said: “We had an incredible experience presenting our graduation project at the MSOES 2023 conference. Our project focused on the Electric System Design for an Autonomous Urban Car Using Photovoltaic Power Source. Throughout the conference, we experienced a connection with fellow presenters who, like us, were deeply passionate about their research. The atmosphere was charged with innovative ideas, creating an intellectual synergy that was truly inspiring. The MSOES 2023 conference wasn't just another academic event, it was a transformative journey that ignited our passion for research and innovation. And, on a personal note, I'd like to take this moment to express our gratitude to Dr. Djilali Hamza. His support and encouragement was the driving force behind our progress, and we are truly thankful to have him as our mentor.” Following Adnan's recent graduation from CUD, he took on the position of Field Service Engineer, at Al Zahrawi Medical Services in Abu Dhabi.
Success in Student Research Presentation and Paper Acceptance
Dr. Djilali Hamza, Assistant Professor, in the School of Engineering, Applied Sciences and Technology responds: “As a component of the graduation requirements for the Mechatronics Engineering program, students are tasked with the publication of a scientific paper detailing their project findings. This endeavour aims to introduce our engineering students to the world of research publications. The ‘power group students’ have successfully designed and developed a solar-powered system to supply the autonomous urban car with the essential solar energy required for its drive train. The primary goal is to simultaneously reduce its carbon emissions and operational costs while ensuring a sustainable energy source. A key element of this system is the battery charger, which takes solar energy from the photovoltaic (PV) panel and converts it into usable electric power to supply and energize the car's drive train system. Joud and Adnan have successfully presented the paper at the MSOES 2023 conference, and their research paper has also been accepted for publication.”
Canadian University Dubai community congratulates Joud and Adnan!
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