Programs
XHI advances automated and industrialized construction systems designed for extreme environments. Our work is organized around practical deployments, measured performance, and clear adoption pathways.
Program Areas
Xtreme Habitats Institute advances automated and industrialized construction systems designed for extreme environments. Primarily, XHI seeks to find what works, which means what solves the problems. These problems include high costs due to lack of materials, complicated logistics, extreme building conditions, and lack of trained resources.
We study material science to find and test materials specifically suited to work in the cold. We look to automate methods for building in these environments, like mobile printing platforms or applying prefabricated or modular approaches, to reduce exposure and hasten development to overcome complicated logistics. We look to increase our outreach and share what we learn through workforce training and knowledge transfer to the entire building industry.
Our partnerships with other like minded companies, researchers, or institutions is the key to our success. We cannot do this alone. We invite you to join us in our mission.
3D Concrete Printing (3DCP) Systems
Xtreme Habitats Institute positions 3D concrete printing as a practical automation pathway to reduce onsite labor intensity and compress critical-path schedule for structural elements – while still integrating conventional trades for finishes and MEP where appropriate. We treat 3DCP as one part of a complete building system, not a “print and walk away” claim.
Prefabricated Modular and Foldable Structures
Alongside 3DCP, XHI advances prefabricated modular foldable structures designed for shipping durability (Connex-like integrity for stacking and transport). These units can unfold onsite and become habitable in hours or days once basic hookups are available, making a practical pathway for emergency and workforce housing in remote settings.
Materials Science and In-Situ Inputs
Our materials strategy is driven by economics and logistics. Where feasible, we develop mixes and systems that leverage local inputs (especially aggregates) because shipping everything in can be cost-prohibitive. We link mix selection to strength, thermal performance, and lifecycle outcomes.
Code, Permitting, and Inspection Pathways
Code acceptance is a first-order deliverable. New methods must be inspectable, defensible, and adoptable. XHI treats permitting and inspection realities as part of the technical scope (not an afterthought).
Workforce and Local Capacity
XHI’s workforce strategy aims to maximize local labor participation while reducing reliance on scarce skilled trades. We modularize and prefabricate trade-intensive work upstream, then train local workers to execute repeatable scopes – paired with formal trade partnerships where appropriate.