BIM Specialist
Creates and maintains Building Information Models (BIM) for data center design, construction, and facility management
0+ years
Stable
Skills & Expertise
Required Skills
- Autodesk AutoCAD proficiency
- Revit modeling and design
- DCIM (Data Center Infrastructure Management) software
- Electrical systems design and documentation
- BIM (Building Information Modeling) workflow management
- MEP (Mechanical, Electrical, Plumbing) system integration
- Schematic and as-built drawing creation
Preferred Skills
- ServiceNow configuration
- IBM Maximo asset management
- CDCP (Certified Data Center Professional) certification
- Power distribution unit (PDU) design
- OSHA safety certification
A Day in the Life
What a typical workday looks like
My day begins at 7:15 AM, logging into Autodesk Revit and reviewing the latest BIM model for our Phoenix hyperscale data center project. I quickly scan the overnight change logs and check for any critical updates from the night shift team. The model for Rack Row 27 shows some minor dimensional discrepancies that need immediate attention. I prioritize aligning the structural and mechanical components, knowing precision is critical in these mission-critical facilities. By 10:30 AM, I'm deep in coordination meetings with the mechanical engineering team, using Navisworks to resolve potential clash detection issues between CRAC Unit 3's proposed placement and the raised floor cable management systems. I'm responding to a vendor ticket about the latest cooling infrastructure modifications and updating our comprehensive BIM documentation to reflect real-time changes. The Autodesk model requires meticulous annotation to ensure every stakeholder has accurate information. Midday brings a scheduled maintenance window for integrating the latest laser scan data into our existing BIM model. I collaborate with the field engineering team, importing point cloud data from yesterday's site survey into our Revit environment. We're methodically updating the digital twin representation of the data center, ensuring that every electrical conduit, support beam, and cooling infrastructure is precisely mapped and documented. The afternoon is focused on deep analysis of thermal efficiency modeling. I'm running computational fluid dynamics simulations to optimize airflow around Rack Row 42, investigating potential hot spots and refining our cooling strategy. Using specialized BIM analysis tools, I generate comprehensive reports that will help our design team make data-driven decisions about infrastructure optimization. As the day winds down, I prepare my handover documentation, logging all model changes, coordination notes, and potential design recommendations into our project management system. I brief the night shift BIM specialist about the day's critical updates, focusing on the thermal efficiency modeling results and the pending clash resolution for Rack Row 27. By 5 PM, the digital representation of our data center is current, precise, and ready for the next phase of development.