REID Architecture PLLC
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MENOKIN GATHERING HOUSE

MENOKIN GATHERING HOUSE
THE MENOKIN FOUNDATION, WARSAW, VIRGINIA

AREA: 3000 SF
PROGRAM: PAVILION, conference center, Auditorium
DURATION: In Design, fundraising
TOTAL COST: TBD
ARCHITECT: REID ARCHITECTURE PLLC
structural engineer: lera Consulting structral engineers

The Gathering House is a pavilion and a new educational conference center for visitor orientation and assembly on the grounds of the Menokin Foundation in the Tidewater region of Virginia. It is designed to support the educational goals and the steadily increasing number of visitors, scholars, and artists that travel to Foundation grounds to learn about the former plantation at Menokin and observe the ongoing conservation and construction work on the Menokin house ruin and grounds. The Gathering House is one of three building projects designed by REID architecture for Menokin’s educational campus and a critical component in Menokin’s strategic plan.

The construction of the Gathering House has an educational component since it will serve as a demonstration and an example of mass timber construction. Menokin has positioned itself as a center of Building Technology and the Building Arts to showcase state of the art conservation techniques and new construction technology. The use of large Cross Laminated Timber (CLT) panels as the building’s primary structure aligns with the foundation’s approach to sustainability.  The form, materials, and design of the Gathering House draw on local vernacular typologies to relate to the open agricultural setting and site history. 

 

SITE LOCATION PLANS

Aerial view of site, patches of tree canopies and fields, graphic labels of structures

SITE PLAN

BUILDING STUDY MODEL

Graphic plans of gathering house with program labeled

GROUND FLOOR AND SECOND FLOOR PLANS

The construction of the Gathering House has an educational component since it will serve as a demonstration of the advanced technology of Mass Timber. Menokin has positioned itself as a center of Building Technology and Building Arts to showcase, not only state of the art conservation techniques, but also new construction systems and techniques. The use of large Cross Laminated Timber (CLT) panels as the building’s primary structure is in alignment with the Foundation’s approach to sustainability. CLT is a cost and time efficient system that relies on prefabrication so that the building can be quickly assembled on site and put into use. Wood production is an active industry in this region of northeast Virginia and the project can rely on local producers for lumber and milled wood materials. Both the form and design of this building draw on local vernacular typologies to relate it to the agricultural setting in open wheat fields where the building is sited.

The Gathering House is the second component of a masterplan developed by REID architecture PLLC for the Menokin Foundation. The goals of this project are to advance the visitor programs and expand the Foundation‘s facilities in order to invigorate support for the Glass House Project, which continues work to stabilize and enclose the existing historic 18th century house.

Rendered representation of meeting space at night, illuminating from the interior

BUILDING ELEVATIONS

SUSTAINABLE WOOD SOURCING : NATIONAL, REGIONAL, LOCAL

Graphic diagram of layers in orange representing the make up of the wall
Graphic exploded axonometric documenting CLT panelization

CONSTRUCTION SYSTEMS DIAGRAMS : BUILDING ENVELOPE LAYERS, CLT PANEL LAYOUTS

Rendering of front facade with large glazing on lower half and horizontal louvres on the top
Graphis site map indicating wind intensities with arrows
Graphic section indicating cool air entering low and hot air exiting high
Graphic section indicating the use of geothermal systems

ENVIRONMENTAL SYSTEMS: PASSIVE AND ACTIVE (seasonal wind direction map, convection diagram, active systems diagram)

Graphic sections depicting sun influences on building through out the year and day
Graphic axonometric with representation of glazing and shading techniques emphasized on building

SOLAR CONTROLS: PASSIVE AND ACTIVE (solar exposre map, solar oreintaion sections, facade elements)