Ateyah Ahmed K Alzahrani

Professional Engineer, PhD from Cardiff University, with certificates and accredited courses in engineering systems and project management. Participate in a research team to develop the ability to simulate energy demand and use, forecast studies of energy consumption in the short and medium term, and investigate the possibility of transforming energy systems in seaports and the industrial sector to be more intelligent and sustainable, while adopting the concept of the smart grid, in addition to studying the effect of increasing simulation Energy in Industrial Sectors with Industry 4.0 and Digital Dual Principles to enhance real-time decision-making towards decarbonizing societies. He is currently working as an assistant professor at Umm Al-Qura University in the Department of Industrial Engineering. I have a number of publications in high impact journals. I participate in several research projects. I am currently working on converting a number of research projects into products.

• Publish number of research papers in high impact journals.
• Supervised more than 20 Undergraduate students in school of Engineering.
• Attended number of international conferences and forums.
• Review number of papers for high impact journals.
• Got the accreditation from NCAAA for quality accreditation for Industrial Engineering Department.
• Expert in More 12 simulation software in Engineering ( SolidWorks - MATLAB - Energy Plus - Arena - Design Builder - Python - Homer - Inventor - Simulink - dialux - SQL - Excel - Revit )
• Teaching the following courses ( Thermodynamic - Simulation of Engineering systems - Computer applications of Engineers (Python) - Renewable Energy - Strategic Planning ).
• Currently leading five research projects with collaboration from overseas team members in Smart city applications.
• I am in progress to lunch a new Innovative Business for Industry 4.0 applications.

Smart Water System (SWS) is a new innovative approach that will help identify and identify waste in the use of water in homes, and then deal with it and reduce waste without affecting the comfort of the consumer in general. The Approach will introduce and develop a new strategy to reduce and manage water use through information and communication technology that will help reduce water consumption and raise awareness of using water in smart ways. The (SWS) framework consists of a number of phases, all of which are connected to obtain the ultimate goal of reducing water consumption through new and smart technology within the framework of the smart city approach.