BIM-Driven Constructability Assistant (Remote)

Cupertino Electric, Inc.; Houston (TX); Hybrid; USD 68,000 - 128,000; Full time

Job summary

Cupertino Electric, Inc. is seeking an Assistant Constructability Manager to integrate digital design, fabrication, and installation across hyperscale data center programs.

You will support design reviews, BIM coordination, vendor collaboration, and field constructability validation while developing modular BIM standards. You will drive standardization of form factor templates and workflows, contribute to early LOD 100 modeling, and ensure alignment between design and field execution with a

Qualifications

• 3–5 years of BIM coordination, constructability review, or prefabrication experience.
• Equivalent field experience as a licensed electrician, BIM modeler, or fabrication coordinator.

Responsibilities

• Review Revit models, drawings, and IFC/DXF deliverables for constructability and alignment with modular standards.
• Lead the creation and enforcement of Modular BIM Standards and Form Factor templates.
• Assist in early LOD 100 model development to establish constructability-driven foundations for modular design.
• Coordinate design integration between Product Development, BIM, and Fabrication.
• Prepare constructability review packages and QA/QC documentation for milestone transmittals.

Skills

Modular construction

BIM coordination

Electrical integration

Education

Technical Certificate or degree in Construction Management or Engineering Design

Tools

Revit

Navisworks

Bluebeam Revu

Autodesk Construction Cloud

Job description

Cupertino Electric, Inc. is seeking an Assistant Constructability Manager to integrate digital design, fabrication, and installation across hyperscale data center programs.

You will support design reviews, BIM coordination, vendor collaboration, and field constructability validation while developing modular BIM standards. You will drive standardization of form factor templates and workflows, contribute to early LOD 100 modeling, and ensure alignment between design and field execution with a