Electrical Engineering Design

Comprehensive practical experience in the design, analysis, and engineering of electrical systems for power generation, industrial, water, desalination, and infrastructure projects. This includes developing electrical design solutions from the initial concept and load assessment through detailed engineering, equipment selection, installation, testing, and commissioning.

• Electrical Load & Power Distribution: Load estimation, load schedules, demand calculations, power distribution architecture, and sizing of electrical systems.
• MV/LV Systems: Design and selection of switchgear, transformers, MCCs, distribution boards, busbars, cables, and associated equipment.
• Power System Studies: Load-flow, short-circuit, motor-starting, protection coordination, harmonic analysis, and arc-flash studies.
• Electrical Protection: Development of protection philosophies, relay selection and settings, coordination, and protection schemes.
• Cable Engineering: Cable sizing, voltage-drop calculations, short-circuit withstand, cable routing, and cable schedule development.
• Equipment Specification: Preparation and review of technical specifications, data sheets, equipment requisitions, and technical bid evaluations.
• Grounding & Lightning Protection: Design of earthing/grounding systems, equipment bonding, and lightning protection systems.
• Lighting & Small Power: Indoor and outdoor lighting design, illumination calculations, emergency lighting, and small-power distribution.
• Electrical Control & Interfaces: Integration of electrical systems with control, instrumentation, protection, and plant automation systems.
• Engineering Documentation: Preparation and review of single-line diagrams (SLDs), schematics, layouts, calculations, specifications, cable schedules, equipment lists, and other engineering deliverables.
• Standards & Codes: Application of relevant international standards and codes, including IEC and NFPA, together with project-specific requirements.
• Project Execution: Technical support during procurement, installation, testing, commissioning, operation, troubleshooting, and modifications.

Professional training focus: Bridging the gap between theoretical electrical engineering and real-world design practice by demonstrating how engineers develop, analyze, review, and implement electrical systems in actual projects.