Quantum Production

Flexible R&D and Production for Supercomputers

Throughout 2024 we planned a highly versatile space for an ambitious client in the Quantum Computing sector.

We helped to arrange a perfect location to build such a facility, in a former industrial complex which allowed to host such complex infrastructure.

There, the client plans to assemble, improve and ship custom Quantum Computer systems to their customers.

Location
Munich, DE
Area
1.300m² Quantum Computer Production & Office
Year
2024
Status
Fully planned
LPH 1 - LPH 3

Project Overview

Discover
Vision & Requirements
Discover
- 
  Spatial Vision
- 
  Location Requirements
- 
  Capacity Planning
- 
  Workflow Planning
- 
  Infrastructure Assessment
- 
  360° Virtual Tours
Find
Location Search & Negotiations
Find
- 
  Location Search
- 
  Location Assessment & Comparison
- 
  Location Cost Analysis
Design
- Workflow Optimization
- Design & Technical Planning
Design
- 
  Zoning
- 
  Quantum Production Bay Design
- 
  Interior Design
- 
  Technical Building Service Planning
- 
  Roof Planning
Build
- Execution Planning
- Project Steering
Build
- 
  Project Planning
- 
  Project Management & Steering
- 
  Expert Planner Coordination
- 
  Execution Planning

Process Highlights

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To create a vision of the space and how it will be used, today and tomorrow, we thoroughly analyzed the requirements of the complex machinery and components that our client would need to test and assemble their products.
Image Credit: Maybell - The Big Fridge
With rapid developments happening in the emerging Quantum field, building a future-proof facility is as critical as it is challenging.
Based on the workflow, capacity and spatial vision we mapped out what spaces need to be zoned next to each other to guarantee an efficient workspace with short paths.
Find
The client approached us early on, while still searching intensively for a suitable location that would provide enough power, floor weight support and ceiling height.
Within just a week, we managed to find the perfect space for the Quantum Facility through our network: an industrial building perfectly suited to the demanding tech, with minimal vibration, sufficient power, extensive floor loads and a large, open space to grow into.
In the decision process, we evaluated the feasibility of two different units, thoroughly assessing them against the infrastructural requirements.
Design
With the rapid evolvement of the Quantum Computer Industry in mind, we prepared rooms to be upgradeable and provided all technical means to do so.
While planning a highly technical space in an existing structure comes with its own challenges, we were still able to design the required rooms with an added layer of flexibility.
By making all walls in the Quantum Facility fully movable and providing easy access to crucial building tech, we allow the client to dynamically adjust and optimize workflows, from inbound logistics, to assembly, on-site testing and packaging.
Even though each phase may have very unique technical requirements, eg. in terms of cleanliness, space and temperature control, any room is fundamentally prepared to be utilized in any way the client may desire.
To be future-ready, we had to estimate the needs for things like power and cooling for years to come and plan ahead for the according upgrades to infrastructure.
Thus, pipes and trays were planned with plenty of space to to allow for future additions to each Quantum Bay, while crucial auxiliary tech, such as milli-Kelvin cooling circuits, is centralized and can be supplied to the surrounding Quantum Bays as needed.

Impressions from the Space

Quantum Production Bay
Quantum Computers come in various form factors but they have one thing in common: they are large, heavy and very sensitive to disturbance.
Thus we designed the facility accordingly: with removable inner walls, so that large payloads can be moved, even while other machines might be in operation and with a highly sophisticated protection system against any electromagnetic influence or vibrations alike.
For testing and operating Quantum Computers, any heat must be removed from the system in a controlled cooling process that takes several days. The Quantum bays are set up to connect to a centralized cooling system, which may be upgraded as technology progresses.
Finally, within each Quantum Bay, we reserve space, power and cooling for hosting various IT and control infrastructure: from a power hungry Quantum Control Unit to the high-end data servers.
Quantum Makerspace
In the Quantum Makerspace area, custom parts can be engineered and Qubits be prepared for cryostat integration.
For this purpose, we designed a number of dedicated workshop rooms suiting different use cases and cleanliness levels.
Office
Beyond testing & production, this space would host offices and a representative reception area, in which our client can host clients and investors alike.
The office is designed to have multi utilitarian spaces - focus work, community spaces, collaboration zones and more for the growing team.
Very importantly, we planned this facility with maximum flexibility in mind.
Most walls, even the glass walls, can be moved, allowing for a reconfiguration of the space according to our client’s future needs.