Motivated Electrical Engineer with solid training in power systems and strong technical expertise in Solar PV system design. Passionate about renewable energy and eager to contribute to the future of sustainable power. Proficient in PVsyst, HelioScope, and AutoCAD for system modeling, energy yield analysis, and layout preparation. Knowledgeable in IEC/NEC standards and electrical equipment used in PV applications. Highly adaptable, self-driven, and ready to take on new challenges while delivering innovative solar solutions within multidisciplinary teams.
1.Al-Harameen Plastic Industries – On-Grid Solar PV System (299.31 kW), Beheira, Egypt
Role: Designed the solar PV system using PV*SOL for energy yield simulations and AutoCAD for panel layout and single-line diagrams. Responsibilities included inverter selection, cable sizing, and preparation of technical drawings.
Impact: Delivered an optimized on-grid PV system design that reduced the factory’s energy costs.
2.Mady Plastic Industries – On-Grid Solar PV System (241.5 kW), Gharbiah, Egypt
Role: Assisted in the complete system design process, performing energy simulations with PV*SOL and creating detailed layouts and single-line diagrams in AutoCAD. Tasks also included inverter configuration, cable sizing, and documentation preparation.
Impact: Contributed to the deployment of a cost-effective solar PV system that enhanced the client’s operational efficiency and reduced dependency on the grid.
3. Residential Solar PV Design (Self-Project / Training Purpose)
• Designed a small-scale rooftop PV system for a residential application using PV*SOL and HelioScope, based on approximate load and site data.
• Conducted system sizing, shading analysis, and energy yield simulation.
• Prepared Single Line Diagram (SLD) and layout drawings using AutoCAD.
4. Graduation Project – Electrical Distribution & Smart Building (Hospital Application)
• Developed a complete electrical distribution system design for a hospital facility, including transformers, switchgear, cables, and protection systems.
• Integrated smart building solutions (automation, monitoring, and energy management) to enhance efficiency and reliability.
• Applied international standards and safety codes for healthcare facilities.
• Prepared technical documentation, load calculations, and system schematics for project implementation.