Expertise
Sustainable Energy Systems
Expertise in designing and assessing sustainable energy solutions, including smart energy management, renewable integration, and vehicle-to-home (V2H) systems.
Industrial Maintenance & Operations
Three years of hands-on experience maintaining and operating industrial energy equipment, ensuring optimal performance and safety in various industrial settings.
Advanced Materials Research
Background in materials research, focusing on the synthesis and application of advanced materials like nanocomposites and activated carbon for energy storage and desalination.
Embedded Systems & IoT Development
Proficient in developing IoT-enabled systems for real-time monitoring and automation, utilizing microcontrollers like ESP32 and Arduino for data acquisition and control.
Projects
Smart Energy Harvesting Floor
Enabled energy harvesting and data analytics for pedestrian movement.Designed and developed an IoT-enabled flooring prototype, integrating piezoelectric sensors, ESP32, Google Sheets cloud logging, and AI-assisted pedestrian analytics.
Integrated Techno-Economic and Environmental Assessment of Vehicle-to-Home (V2H) Systems
Conditionally Accepted after peer review.Developed techno-economic models, conducted carbon reduction assessments, and evaluated electric vehicle integration into residential smart grids.
Biomass-Derived Battery Prototype
Developed a sustainable energy storage solution using waste materials.Produced activated carbon from banana peel biomass and fabricated a laboratory-scale bio-battery using sustainable electrode materials.
IoT Energy Monitoring Platform
Provided real-time energy consumption insights and cloud data logging.Developed an ESP32-based energy monitoring system to measure voltage, current, and power in real time, integrated with Google Apps Script for cloud synchronization.
Timeline
Ranked 1st in the department during the first academic year at SU Tech – Polytechnic of Egypt.
Awarded a full academic scholarship sponsored by Eni and E-Gas.
Ranked 1st in specialization at Zohr Applied Technology School with a final grade of 97.14%.
Honored by the Ministry of Education, Italian Ambassador, and Eni executives for outstanding technical excellence.
Publication 'Integrated Techno-Economic and Environmental Assessment of Vehicle-to-Home (V2H) Systems' conditionally accepted after peer review.
Achieved 3rd Place in the ARIF Innovation & Industry Competition.