ELECTRICAL BIM MODELER

Key Responsibilities:

1. Electrical System Modeling:
   • Create detailed 3D models for electrical systems, including lighting, power distribution, fire alarm systems, and low-voltage systems, within BIM software (e.g., Revit, AutoCAD MEP).
   • Design and model electrical networks in infrastructure projects (e.g., street lighting, electrical distribution systems, and substations).
2. Collaboration with Other Disciplines:
   • Coordinate with civil, mechanical, and structural teams to integrate electrical systems into the broader infrastructure model.
   • Collaborate with engineers and designers to ensure the electrical systems meet the necessary requirements and standards.
3. Clash Detection and Resolution:
   • Use BIM software (e.g., Navisworks) to identify and resolve clashes between electrical systems and other building or infrastructure elements, such as ducts, pipes, or structural components.
   • Proactively resolve design and installation conflicts early in the process to minimize costly changes during construction.
4. Preparation of Documentation:
   • Generate electrical drawings, schedules, specifications, and reports from the BIM model.
   • Ensure compliance with local regulations, standards, and safety codes (e.g., NEC, IEC, or local electrical standards).
5. Energy and Performance Analysis:
   • Use BIM for energy modeling and performance analysis to ensure efficiency in electrical systems, particularly in sustainable infrastructure projects.
   • Analyze lighting, power distribution, and electrical load requirements to optimize system performance and reduce energy consumption.
6. Construction Support:
   • Provide BIM data and models to support the construction phase, ensuring that electrical systems are installed according to the design specifications.
   • Assist with project management by tracking changes, modifications, and ensuring that the as-built model accurately reflects what has been constructed.

Required Skills and Knowledge:

• BIM Software Proficiency: Experience with Revit, AutoCAD MEP, Navisworks, or other BIM tools.
• Electrical Design Understanding: Knowledge of electrical engineering principles, standards, and practices, including power distribution, lighting, and communication systems.
• Infrastructure Project Experience: Experience in designing electrical systems for large-scale infrastructure projects such as roads, bridges, transportation hubs, water treatment facilities, or industrial plants.
• Collaboration and Communication: Ability to work in a multidisciplinary team, managing communication between electrical, mechanical, civil, and structural teams.
• Clash Detection and BIM Coordination: Familiarity with tools like Navisworks or Solibri for clash detection and model coordination.
• Codes and Standards Knowledge: In-depth understanding of local electrical codes and standards (such as NEC or IEC) as they apply to infrastructure projects.

Vertical : Digital Engineering