Electrical Engineer

Key Role: The Electrical Engineer will be responsible for designing, implementing, and overseeing the electrical systems for a high-profile museum project in Mecca. This role involves ensuring the delivery of reliable, efficient, and safe electrical infrastructure, including lighting, power distribution, security, and specialized museum systems. The Electrical Engineer will collaborate with architects, mechanical engineers, and other stakeholders to ensure the electrical systems align seamlessly with the project’s architectural and operational requirements.

Responsibilities

1. Electrical System Design:
   • Design and specify electrical systems, including power distribution, lighting, emergency systems, and low-voltage systems.
   • Develop customized lighting designs for exhibit spaces, ensuring optimal visual presentation of artifacts while meeting energy efficiency and conservation standards.
   • Plan and integrate security systems, fire alarm systems, and audiovisual infrastructure specific to museum needs.
2. System Integration:
   • Collaborate with multidisciplinary teams to ensure electrical systems are fully integrated with architectural and mechanical designs.
   • Coordinate with museum specialists to address specific requirements such as artifact-friendly lighting and uninterrupted power supply for sensitive equipment.
3. Construction Oversight:
   • Supervise the installation and commissioning of electrical systems, ensuring compliance with design specifications and safety standards.
   • Conduct on-site inspections to verify the quality and functionality of installed systems.
   • Troubleshoot and resolve electrical issues during the construction and commissioning phases.
4. Compliance and Quality Assurance:
   • Ensure all electrical designs and installations comply with local and international codes, regulations, and standards.
   • Prepare and maintain detailed technical documentation, including schematics, load calculations, and system manuals.
   • Develop systems to ensure stable power supply for temperature and humidity control equipment critical to artifact preservation.
   • Design flexible and scalable lighting systems for changing exhibits and gallery layouts.
   • Ensure electrical systems can handle high visitor volumes while maintaining safety and efficiency.
5. Sustainability and Innovation:
   • Incorporate energy-efficient technologies and renewable energy solutions where feasible to meet the project’s sustainability goals.
   • Research and apply advanced electrical systems and materials to enhance overall project performance.
6. Stakeholder Communication:
   • Provide regular updates to project managers and stakeholders on electrical system design, progress, and challenges.
   • Work closely with contractors and suppliers to ensure the timely delivery of equipment and materials.

Recommended Technical Skills:

• Proficiency in electrical design software such as ETAP, AutoCAD Electrical, or Dialux for lighting design.
• Strong knowledge of power distribution, emergency power systems, and low-voltage systems.
• Expertise in lighting design for exhibit spaces, with a focus on artifact conservation and visitor experience.
• Familiarity with building management systems (BMS) and integration with HVAC and fire safety systems.
• Knowledge of local and international electrical codes, including IEC, NEC, and BS standards.
• Experience with renewable energy solutions and energy efficiency strategies.