Smart Home Automation System
Comprehensive smart home solution featuring IoT integration, intelligent energy monitoring, and mobile app control. Automated lighting, climate control, security systems, and voice integration.
Passionate about creating innovative electrical solutions and smart home technologies. Combining solid engineering knowledge with modern development skills to design sustainable, efficient, and intelligent systems for the future.
I am an Electrical Power Engineering student at Zagazig University, deeply passionate about smart home systems, automation, and software-driven engineering solutions.
My expertise lies in designing and developing innovative electrical and digital systems that blend engineering precision with modern technologies from KNX-based smart homes and MATLAB simulations to full-fledged ERP desktop applications for real-world industries.
Beyond my technical work, I am an active member of IEEE PES Smart Homes, a graduate of the Green Digital Certificate (GDC 2025 Cohort), and part of the Aspire Leaders Program and Excelerate Project Management Internship.
I am eager to contribute to forward-thinking teams where I can apply my technical, leadership, and sustainability-oriented mindset to real impact.
Pursuing a Bachelor's degree in Electrical Power Engineering. Focused on renewable energy systems, smart grids, and electrical design. Participated in technical courses, labs, and student-led innovation projects.
Designed and implemented automation systems for residential clients using KNX and energy-efficient components. Focused on sustainable power management and IoT-based home integration.
Joined the Smart Homes track to explore KNX and ETS automation systems. Participated in hands-on smart home projects using real control modules.
Founded UVolt, a student-led startup from Zagazig University developing sustainable energy solutions tailored for desert communities. Led the concept and development of an innovative solar system combining renewable energy efficiency with smart, climate-adaptive design. Represented Egypt at the IC-SIT'2025 international competition, securing 5th place globally for excellence in sustainable innovation and impact. The project contributes to Egypt's Vision 2030 and the UN Sustainable Development Goals (SDGs 7, 2, 15) by addressing the Water–Energy–Food–Ecosystem (WEFE) Nexus. Currently leading the next development phase of UVolt, focused on validation, partnerships, and field readiness. Each UVolt unit aims to reduce up to 500 kg of CO₂ emissions annually, promoting a greener and more resilient future for desert regions.
Studied sustainability in technology, digital infrastructure, and carbon accounting. Completed modules on green digital design, AI, and environmental innovation.
Developed leadership and communication skills through mentorship and projects. Learned to apply strategic thinking and problem-solving in real-world settings.
Completed a project-based internship in project management. Achieved 84% in the 360-degree evaluation and applied agile principles. Strengthened planning, documentation, and coordination skills.
INCO / EU Green Digital Academy
Harvard-Affiliated Global Leadership
Saint Louis University (SLU)
IEEE Zagazig University
KAITECH
HDL Egypt - Cairo
Ventus Academy
InnoTech, 2025
Comprehensive smart home solution featuring IoT integration, intelligent energy monitoring, and mobile app control. Automated lighting, climate control, security systems, and voice integration.
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