Electrical BIM Modeler: On-Site 3D Design & Coordination

دار الرياض | Dar Al Riyadh; Manila; On-site; PHP 469,000 - 804,000; Full time

Job summary

Dar Al Riyadh is seeking an Electrical BIM Modeler for on-site work in Metro Manila to develop and maintain electrical BIM models across various construction projects. You will coordinate with engineers, architects, and BIM professionals to ensure accurate documentation and efficient project delivery.

The role requires strong BIM skills and familiarity with Revit, AutoCAD, and Navisworks, with a focus on electrical systems within integrated models and 2D-3D alignment.

Qualifications

• Strong BIM proficiency with experience on common BIM platforms.
• Experience related to Architecture and Modeler responsibilities and multidisciplinary design integration.
• MEP coordination skills focusing on electrical systems within integrated BIM models.
• Ability to interpret and produce Construction Drawings, aligning 2D documentation with 3D BIM models.
• Experience in electrical design or drafting for building/infrastructure projects is beneficial.

Responsibilities

• Develop and maintain accurate electrical BIM models for construction projects.
• Coordinate with multidisciplinary teams to support design, analysis, and installation.
• Review and update models to reflect design changes and support clash detection.

Skills

BIM proficiency

Architecture & Modeler

MEP coordination

2D/3D alignment

Electrical design experience

BIM/CAD software tools

Education

Electrical Engineering degree

Building Services degree

Architecture degree

Tools

Revit

AutoCAD

Navisworks

Job description

Dar Al Riyadh is seeking an Electrical BIM Modeler for on-site work in Metro Manila to develop and maintain electrical BIM models across various construction projects. You will coordinate with engineers, architects, and BIM professionals to ensure accurate documentation and efficient project delivery.

The role requires strong BIM skills and familiarity with Revit, AutoCAD, and Navisworks, with a focus on electrical systems within integrated models and 2D-3D alignment.