Mohamed Ismail

•R&D in IoT sensor Team: researched and developed sensor-based systems and wireless sensor networks used in different professional sports-related projects. •Design and fabricate custom sensors solutions: researched, designed and fabricated custom wireless sensors that achieved the specific needs of AGT sport projects. •Testing and improvements: Lab-based and real-world testing of sensing solutions to assess aspects such as wireless communication coverage.

•R&D in IoT sensor Team: researched and developed sensor-based systems and wireless sensor networks used in different professional sports-related projects. •Design and fabricate custom sensors solutions: researched, designed and fabricated custom wireless sensors that achieved the specific needs of AGT sport projects. •Testing and improvements: Lab-based and real-world testing of sensing solutions to assess aspects such as wireless communication coverage.

•IoT and Smart Solutions for industry: Co-developed a solution for monitoring customers, vendors and distributors in order to maintain the quality of stored vaccines. the developed system embedded systems included GSM modules, edge computing and Cloud Computing.

•Product design: designed and developed a home automation system based on the Bluetooth Low Energy protocol and Intel Edison IoT hardware platform coupled with cloud computing techniques. •Customer engagement: Created interest in our product by presenting our solution to prospective customers.

• Electronics engineer: responsible for the maintenance of the circuit board automated assembly line.

Electrical Engineer: responsible for programing Programmable Logic Circuits (PLCs) using SIMATIC 7 and maintenance of the production line while increasing its productivity.

ICE program “Information Communication Engineering”, final GPA = 2.3 (Good). •Master Thesis: “A Biomedical Solution for Early Detection of Alzheimer Disease Based on EEG Signals, Machine Learning and Neural Networks for Detection”.

Faculty of Information Engineering and Technology (IET), Major: Electronics Engineering with GPA = 2.0 (Good). •Bachelor Thesis: “Audio Train: A Smart Wireless Audio solution for Smart Home and IoT Applications Based on Bluetooth Low Energy, final grade 1.0 (excellent).