Amphibious House on the River Thames

Marlow, Buckinghamshire, England

Baca Architects

Amphibious House Prototype

Bangkok, Thailand


Ohé & Laak Maasvillas

Maasplassen Lakes, The Netherlands

Dura Vermeer


Kortenhoef, The Netherlands


LIFT House

Dhaka, Bangladesh

Prithula Prosun


New Orleans, Louisiana

Morphosis Architects

Amphibious Housing

Maasbommel, The Netherlands

Dura Vermeer

Amphibious Fishing Camp

Old River Landing, Louisiana

Photo by Elizabeth English




Where the River Flows Fast


Andrea Barei

Composed as a series of explorations into the physical and spiritual form of the flood prone First Nations community of Kashechewan, this thesis explores the factors that have contributed to the community’s decline and current state. By looking at how these factors influence built form, the principles, possibilities, and concepts that are latent within it are used to re-establish ways in which the people can view, value, and act upon the land to create lasting change.

The Lift House


Prithula Prosun

Bangladesh is known for two things: poverty and floods. The LIFT (Low Income Flood-proof Technology) House is an affordable, flood-resilient housing solution for the low income families of Dhaka. The LIFT house consists of two amphibious structures that are capable of adapting to rising water levels. The amphibious structures float up on buoyant foundations during floods, and return to ground level when water recedes. It is a sustainable, environmentally friendly house that provides all basic services to its residents without connection to the city service systems, through the use of indigenous materials and local skills. 

The Buoyant Foundation Project


Elizabeth Fenuta

This is a research-based thesis builds upon a study conducted with Dr. Elizabeth English on the Buoyant Foundation Project (BFP). The BFP is currently developing an amphibious foundation system to retrofit vernacular wooden ‘shotgun’ houses in the Lower Ninth Ward in New Orleans. The BFP system will allow homes to float when flooding occurs, rising and descending vertically to avoid flood damage. It provides an alternative solution to permanent static elevation, the mitigation strategy currently recommended by the United States federal government.