Clara Saade

• Oriented and planned projects, particularly in the pharmaceutical sector.
• Designed and installed electrical systems, including normal power circuits, lighting systems, and low current applications.
• Maintained power distribution systems that ensure safety, reliability, and efficiency in both commercial and residential settings.
• Designed Low Voltage (LV) panel boards, including Main Distribution Boards (MDB), Miniature Circuit Breakers (MCB), and Molded
Case Circuit Breakers (MCCB).
• Coordinated designs to integrate seamlessly with existing electrical systems and infrastructure.
• Performed critical electrical calculations including load flow analysis, short-circuit calculations, and voltage drop in order to validate
the design, ensuring it meets all safety standards, and optimizing the performance of the electrical system.
• Developed accurate and detailed single line and multiline electrical diagrams that provide a clear representation of the electrical
system, including power distribution, control circuits, and automation processes.
• Developed precise technical drawings for electrical projects. This includes modifying existing drawings to incorporate new
specifications or changes in the project scope, ensuring accuracy and clarity in all documentation.
• Led feasibility studies for the installation of solar power systems, especially for GSK industries, assessing their viability based on
site conditions, energy needs, and cost-effectiveness.
• Prepared detailed reports that outline the feasibility of solar installations, including cost-benefit analysis, expected energy output,
and return on investment.
• Designed and optimized lighting solutions for a wide range of applications, ensuring effective illumination while minimizing energy
consumption.
• Prepared Bills of Quantities (BOQs) to accurately estimate and document the materials, components, and labor required for
electrical projects.

• Designed low voltage panel boards tailored to client needs.
• Designed and implemented wiring configurations for MDBs and MCBs.
• Developed single-line diagrams for chillers, illustrating electrical connections, power, and control.
• Conducted in-depth research on electrical components and explored alternative solutions to enhance system
performance, reliability, and cost-efficiency.
• Developed, tested, and implemented PLC programs for electrical systems automation.
• Prepared Bills of Quantities (BOQs).