About the Role
This position involves leading the development and coordination of mechanical BIM models for mission-critical data center environments, ensuring accuracy, compliance, and integration across multidisciplinary teams.
Responsibilities
- Develop detailed mechanical BIM models for data center projects
- Coordinate design elements across disciplines to ensure integration
- Ensure models comply with project specifications and standards
- Produce construction documentation from BIM models
- Support clash detection and resolution in coordinated models
- Collaborate with engineers and designers during design development
- Maintain model accuracy throughout project lifecycle
- Implement modeling best practices and quality control processes
- Work with project teams to resolve design conflicts
- Deliver models that support fabrication and construction needs
- Participate in design reviews and coordination meetings
- Integrate architectural and structural inputs into mechanical models
- Manage model organization and layer standards
- Support project scheduling with modeling deliverables
- Ensure adherence to industry and client-specific BIM protocols
- Utilize BIM software for 3D modeling and documentation
- Assist in developing modeling templates and standards
- Provide input on system routing and spatial planning
- Review shop drawings for alignment with design intent
- Support as-built modeling and handover documentation
- Maintain consistent communication with project stakeholders
- Troubleshoot modeling software issues as needed
- Ensure data integrity across model versions
- Contribute to continuous improvement of BIM workflows
- Assist junior team members with modeling tasks
Compensation
Competitive salary and benefits package
Work Arrangement
Hybrid work model with office and remote options
Team
Collaborative engineering and design team focused on critical facilities
Project Focus
- Work on high-density data center facilities with complex mechanical systems
- Engage in projects requiring high reliability and uptime standards
Software Environment
- Primary tools include Revit, Navisworks, and BIM 360
- Occasional use of AutoCAD and supplementary analysis tools
Career Development
- Opportunities for technical leadership roles
- Access to training in emerging BIM technologies and workflows
Available for qualified candidates
