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Edge Portals

New York, New York

Bade Stageberg Cox Architecture was the winner of the New York Restoration Project’s EDGE/ucation Pavilion Competition for a boat storage building and open classroom on the Harlem River. BSC’s design positions the two new buildings on twin peninsulas at the water’s edge. Oriented towards the water, the buildings frame views of the landscape and create a direct connection with the river.

The buildings blur the line between shore and river, allowing water to enter the buildings during flood events and encouraging visitors to explore beyond the water’s edge. The boat storage and open classroom buildings’ design celebrates storm resilience, using prefabricated steel structural elements, concrete floors, and a metal skin of expanded weathering steel panels. This material allows water to flow freely in and out of the structures and weathers naturally to form a permanent protective patina. Two gangways leading to a floating dock create a protected ‘science cove,’ encouraging exploration of the site’s diverse ecology through seining, wildlife observation, and oyster gardening. The cove also provides for boating instruction protected from boat wakes and river turbulence.

Supporting NYRP’s programming, the project embraces the natural environment as a learning opportunity. The open classroom incorporates sustainable features, such as a rainwater skylight that provides dappled light and acts as a rainfall gauge, and a water collection cistern that provides garden irrigation. Strategic interventions throughout the site enhance visitors’ understanding of the natural environment and encourage active engagement with the river.

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Site Features

1/ Nature trail
2/ Bicycle parking
3/ Upland meadow
4/ Outdoor seating
5/ Rainfall skylight
6/ Stormwater cistern
7/ Water tables
8/ Boot rinsing station
9/ Rock garden
10
/ Kayak canoe beach
11
/ River theater
12/ Bird houses
13/ Solar garden
14/ Sensory garden
15/ Butterfly garden
16/ Seasonal garden
17/ Path to Swindler's Cove
18/ Flood datum bench
19/ Soil section bench
20/ Pier planks
21/ Moth cinema
22/ Oyster garden
23/ Tidal mirrors
24/ Seining
25/ Edge habitat studies

Site Features

1/ Nature trail
2/ Bicycle parking
3/ Upland meadow
4/ Outdoor seating
5/ Rainfall skylight
6/ Stormwater cistern
7/ Water tables
8/ Boot rinsing station
9/ Rock garden
10
/ Kayak canoe beach
11
/ River theater
12/ Bird houses
13/ Solar garden
14/ Sensory garden
15/ Butterfly garden
16/ Seasonal garden
17/ Path to Swindler's Cove
18/ Flood datum bench
19/ Soil section bench
20/ Pier planks
21/ Moth cinema
22/ Oyster garden
23/ Tidal mirrors
24/ Seining
25/ Edge habitat studies

Site Features

1/ Nature trail
2/ Bicycle parking
3/ Upland meadow
4/ Outdoor seating
5/ Rainfall skylight
6/ Stormwater cistern
7/ Water tables
8/ Boot rinsing station
9/ Rock garden
10
/ Kayak canoe beach
11
/ River theater
12/ Bird houses
13/ Solar garden
14/ Sensory garden
15/ Butterfly garden
16/ Seasonal garden
17/ Path to Swindler's Cove
18/ Flood datum bench
19/ Soil section bench
20/ Pier planks
21/ Moth cinema
22/ Oyster garden
23/ Tidal mirrors
24/ Seining
25/ Edge habitat studies

Site Features

1/ Nature trail
2/ Bicycle parking
3/ Upland meadow
4/ Outdoor seating
5/ Rainfall skylight
6/ Stormwater cistern
7/ Water tables
8/ Boot rinsing station
9/ Rock garden
10
/ Kayak canoe beach
11
/ River theater
12/ Bird houses
13/ Solar garden
14/ Sensory garden
15/ Butterfly garden
16/ Seasonal garden
17/ Path to Swindler's Cove
18/ Flood datum bench
19/ Soil section bench
20/ Pier planks
21/ Moth cinema
22/ Oyster garden
23/ Tidal mirrors
24/ Seining
25/ Edge habitat studies

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Corten weathering steel was selected to allow breezes and flood waters to pass through the structures unimpeded, and for its beautiful coloring and natural weathering properties.

Corten weathering steel was selected to allow breezes and flood waters to pass through the structures unimpeded, and for its beautiful coloring and natural weathering properties.

Corten weathering steel was selected to allow breezes and flood waters to pass through the structures unimpeded, and for its beautiful coloring and natural weathering properties.

Corten weathering steel was selected to allow breezes and flood waters to pass through the structures unimpeded, and for its beautiful coloring and natural weathering properties.

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Design Team

Timothy Bade (principal-in-charge)
Jane Stageberg
Martin Cox
Andrew Skey
Rob Bundy
Jessica Rivera Bandler
Eimear Arthur
Sooran Kim

Environmental Engineer

Transsolar

Design Team

Timothy Bade (principal-in-charge)
Jane Stageberg
Martin Cox
Andrew Skey
Rob Bundy
Jessica Rivera Bandler
Eimear Arthur
Sooran Kim

Design Team

Timothy Bade (principal-in-charge)
Jane Stageberg
Martin Cox
Andrew Skey
Rob Bundy
Jessica Rivera Bandler
Eimear Arthur
Sooran Kim

Design Team

Timothy Bade (principal-in-charge)
Jane Stageberg
Martin Cox
Andrew Skey
Rob Bundy
Jessica Rivera Bandler
Eimear Arthur
Sooran Kim

Environmental Engineer

Transsolar

Awards

AIA Award of Merit

American Institute of Architects New York State

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