NYU’s Center for Spiritual Life is a multi-faith initiative to enhance the educational experience by fostering a community of scholars who support religious expression, leadership, integrity, mutual respect and open dialogue. The green roof is part of the building’s expression and execution of spiritual and overall green and high performance goals, beginning with the ‘Tree of Life’ as inspiration for the façade. This imagery, which is shared by all major faiths, holds numerous positive connotations (growth, expansive, spreading out of a common root, natural, providing shelter, food, beauty, etc.) together with the strong western architectural tradition of using ornamental motives based on natural forms, particular leaves. The building received a LEED Gold rating from the US Green Building Council.
Sustainable South Bronx SmartRoof project
This 2,500 green and cool roof provided a community resource for education and job training. The roof was used as a training ground by the Sustainable South Bronx workforce development program, which maintained the green roof. Local schools used the green roof as an outdoor classroom.
Community League of the Heights Solar Thermal projects
Crauderueff & Associates closed the first third-party financed solar thermal projects in New York State for the Community League of the Heights (CLOTH). This seminal agreement will result in more than $1M saved over twenty-five years, with zero up-front cost,for this community development corporation.
Community Access 172nd St. project
This project utilizes a system-based approach toward environmental infrastructure, with all sustainability features led by Crauderueff & Associates. A rainwater harvesting system stores water from the roof, providing irrigation to the urban farm. A greenhouse will provide fresh produce using hydroponic agriculture. Meanwhile, the project utilizes solar PV, backup battery and cogeneration systems to provide on-site energy production and climate resiliency features.
Alfred E. Smith High School Green Roof
The Alfred E Smith High School provides an outdoor classroom and for students and faculty. Teachers and students have used the green roof to conduct scientific studies on the ecological benefits of green roofs in partnership with Columbia University.
Barnard Environmental Studies School (Design)
Barnard Environmental Studies School - built
First LEED Certified Public School in Connecticut and LEED Gold building in state
New Haven, CT Grade Levels: Pre K- 8 School Population: approx. 550
The school’s environmental mission and its proximity to a marsh gave rise to a central theme in the landscape design: the life and movement of water. The landscape concepts included visibly mapping the site’s hydrological cycle through the building, grounds and the marsh through filtration gardens, a “wildlife corridor” connecting bridge and iconic cisterns.
The entire site is a living outdoor laboratory for lessons in ecology which begin the moment a student arrives through a rich habitat growing in the school’s central courtyard.
St. George Intermodal Transportation and Cultural Center
The St. George Intermodal Transportation and Cultural Center is a $124 million renovation incorporating multiple green features, including a 16,000-square-foot living roof designed as an ecological stepping stone to Staten Island’s local flora and fauna, especially the Monarch butterfly whose migration path is coincident with the facility. As a gateway to Staten Island, its terraces, gardens, grand stair and viewing platforms provide a panoramic view of lower Manhattan and lead to the nearby stadium, 9/11 memorial, and esplanade. The project has a projected LEED certified status and received the Award for Excellence in Design from the Art Commission of the City of New York, 2001.
Kaohsiung Maritime Cultural and Popular Music Center
This cultural center will form the basis for the regeneration of this site into a socially vibrant, environmentally responsible, and economically sustainable development and will serve as a model for future growth. The Center will serve to improve both the existing ecological conditions of the site as well as remediate any impact generated by the construction of the complex through a holistic approach - to energy conservation and ecological sustainability in the landscape as well as the built form and adjacent waterways.