ner·vi
/ˈnɛr.vi/ · noun, plural
- 1Latin. Plural of nervus: sinew, tendon, cord.
- 2Structure. Ribs raised along an object.
- 3Figurative. Strength, vigour.
Optimized Mass Timber
Material only where structures need it
Conventional mass timber uses the same thick, uniform section everywhere, regardless of where the loads actually are. We're developing structural components that vary in section and add mass only where needed.
Targets
30–50%
Less material than conventional mass-timber systems
20-30%
Savings in structure costs
IV-A / B / C
Coverage across IBC mass-timber construction types
Uniform section
A single thickness carried across the whole panel, sized for its worst-loaded point. Everywhere else, the excess is paid for in timber, in transport, and in the foundations that have to carry it.
NERVI section
Thickness varies within each component as needed, with nerves that reinforce key structural directions.
Software, product and fabrication developed together
Software
Structural optimization engine
Our design systems link a component's geometry to its structural behaviour, deciding where material can be removed or added.
Product
Variable section components
A proprietary mass-timber layup produces parts with a variable section, mass-customized to each build.
Manufacturing
Reconfigurable fabrication system
One setup, many geometries. Components of varying shape and section produced without retooling.
Our vision, savings that compound through the whole building
- Lighter whole buildingA lighter superstructure cuts the material and cost of foundations and podium.
- Thin yet strongDesigned to match or exceed CLT performance with lower depths, so floor-to-floor height is freed up for usable space.
- Standard connectionsCompatible with off-the-shelf mass-timber connection systems, no bespoke hardware to specify or source.
- Fire resistantOur components are designed to resist fire through a monolithic material architecture, with less sacrificial mass than CLT.
- Low fabrication wasteOur proprietary material architecture reduces offcut and trim loss.
- Faster coordinationStructure that AEC and VDC teams can plan and resolve far earlier.
- Distinctive tectonicsThe exposed pattern varies with structural and design intent, and can be wrapped where codes require.
Where we are
Early-stage R&D, moving from digital proof to fabricated part
Now
Digital proofs of concept: geometric concepts, material architecture and IP protection.
Next
Physical prototypes and structural tests demonstrating structural, fire and water performance.
Then
Development of automated robotic fabrication capabilities, and certification of the system.
Scaling
Integration into existing mass-timber fabrication facilities, and micro-factories near areas of demand.
Interested? Stay tuned for more
Prototypes, test results and the first fabricated components are on the way.