Location:

Berlin 

Germany

Services Involved:

Mechanical Ductwork

Mechanical Pipework

Sprinkler Systems

Electrical Containment

Public Health Plumbing

Rainwater Systems

PROJECT INFORMATION

Tesla’s Gigafactory Berlin-Brandenburg represents a monumental shift in European electric vehicle manufacturing. The Stamping Hall is the critical first stage of production, requiring immense structural scale and highly complex mechanical systems to support heavy industrial operations. Covering a massive 300-hectare site with a total project investment of approximately €4 billion, this industrial powerhouse demanded an elite level of digital infrastructure to ensure rapid operational readiness. Our consultancy established the technical framework required to seamlessly translate high-level industrial design intent into an asset optimized for physical installation and asset lifecycle management.

WHAT WE DID

We managed the end-to-end technical lifecycle, defining the workflows required to elevate the facility model from RIBA Stage 3 concept through to RIBA Stage 6 as-built delivery. Rather than focusing on simple geometric placement, we engineered the underlying data procedures to upgrade the design from low-fidelity placeholders (LOD 200/300) to production-ready fabrication assemblies (LOD 400).

A core strategic priority was implementing a systematic conversion workflow that swapped generic elements with supplier-specific equipment data. We established standardized procedures to convert Revit design elements directly into high-accuracy fabrication parts. This process unlocked the opportunity for advanced modularization, allowing us to assess and design pre-fabricated MEP modules that optimized off-site manufacturing and accelerated on-site installation timelines. To finalize the asset lifecycle, we implemented a strict verification process, updating the service models against Stage 6 redline documentation to issue fully validated as-built models and drawings.

OVERCOME CHALLENGES

The project operated under an aggressive, hyper-compressed schedule, allowing just 12 months to completely coordinate and construct the stamping facility. This velocity was heavily bottlenecked by a critical data gap: the project lacked a standardized, pre-existing LOD 400 component library to support the advanced MEP engineering required.

To resolve this without delaying production, we deployed a rapid content-authoring strategy. We established direct communication channels with global suppliers to extract product metadata, building a robust, project-specific LOD 400 Revit library from the ground up. To maintain velocity against the 12-month deadline, we instituted a high-frequency coordination framework, featuring weekly tracking and alignment sessions with the client. This programmatic approach allowed us to identify technical risks and design discrepancies early, resolving bottlenecks swiftly and ensuring construction advanced on schedule.