Embracing the Future: Exploring Digital Twin, IoT, and Artificial Intelligence Innovations for Energy,<\/strong> Digital twins are virtual replicas of physical assets, systems, or processes, created through 3D reality capture using real-time data from sensors and other sources. They enable simulation, analysis, and optimization of\u00a0 various aspects of behaviour and performance. In the energy sector, they assist in designing, testing, and optimizing complex systems. In construction, they support maintenance efforts, and their long-term use enables\u00a0 predictive maintenance through AI and machine learning, optimizing processing time while reducing downtime and costs. The future holds promise with advancements in reality capture sensors, improved accuracy, better\u00a0 integration with BIM and GIS systems, increased automation, and real-time data processing. AI integration enhances predictive capabilities, leading to autonomous operations, and the expansion of IoT sensors provides\u00a0 more data for accurate representation. Cloud-based platforms facilitate remote access and collaboration, while virtual and augmented reality advancements offer an immersive understanding of complex systems. Digital\u00a0 twins are set to revolutionize industries, enabling better decision-making and performance. Case studies from Canada and Egypt will illustrate their applications in construction, road pavement assessment, autonomous vehicles, and energy.<\/p>\r\n \u00a0<\/p>\r\n Prof. Dr. Mohamed Elhabiby, Bio<\/strong><\/p>\r\n Professor Dr. Mohamed Elhabiby is a highly motivated business professional with extensive industrial experience in research and development (R&D). He is widely recognized for his remarkable contributions to\u00a0 strategy formulation and implementation, process enhancements, and special projects focused on launching new businesses and establishing exceptional organizations. His leadership style fosters a culture that prioritizes\u00a0 the well-being of employees, promoting health, safety, and a strong sense of support.
Autonomous Vehicles, and Construction Services<\/strong><\/p>\r\n
Prof. Dr. Mohamed Elhabiby, Micro Engineering Tech Inc.<\/strong><\/p>\r\n
As the Co-founder of RoboGarden Inc. and Micro Engineering Tech Inc., based in Calgary, Alberta, and the Co-Founder of Micro Engineering Egypt, located in Cairo, Egypt, Dr. Elhabiby spearheads teams dedicated to\u00a0 developing cutting-edge technological solutions in the fields of energy, mobility, Smart Cities, and education. His influence extends across Canada and globally.\u00a0
Dr. Elhabiby obtained his Ph.D. in Geomatics Engineering in 2006 and later completed an Executive MBA with a finance specialization at the University of Calgary in 2017. His exceptional work was honoured with the Alberta\u00a0 Science and Technology Foundation (ASTech) Award in Applied Technology in 2015.
Furthermore, Avenue Magazine recognized him as one of the Top 40 under 40 in 2013.
Throughout his career, Dr. Elhabiby has held significant positions within esteemed organizations. He is a full Professor at the Faculty of Engineering, Ain Shams University. He served as the Chair of WG 4.1.4:
Imaging Techniques, Sub-Commission 4.1 at the International Association of Geodesy. Additionally, he chaired the Geocomputations and Cyber-infrastructure session at the Canadian Geophysical Union\u00a0annual meeting for\u00a0 five consecutive years (2008 \u2013 2012) and held the role of Treasurer in the Geodesy Section at the Canadian Geophysical Union for six years (2008-2014). Notably, he led an archaeological mission at the Area of Great\u00a0 Pyramids in Cairo, Egypt.
Dr. Elhabiby has made substantial contributions to academic literature, having published over 150 academic journals, conference presentations, book chapters, workshop proceedings, and technical reports. His expertise\u00a0 extends to mentoring numerous Ph.D. and MSc. students as well as Post-Doctorate Fellows in both academic and industrial settings.<\/p>\r\n\r\n