The GE Aviation LEAP Engine Facility is the second of its kind in the United States and the third project of this type CSO has designed for GE. The facility features some of the most advanced manufacturing techniques in the world and represents a major milestone in technology development in this country.
The 35’ clear height manufacturing space included 80’ structural spans with 12.5 ton beam cranes, 10” thick, ultra-flat, polished concrete floors and generous amounts of natural light provided by expansive clerestory windows. The tiered ceiling panels within the assembly space help humanize the scale. They serve as a space transition and a subtle representation of flight. The finishes are intentionally light, clean, and neutral. This notion relates directly to the GE brand and the idea of intentional design without compromise.
The office/administrative portion of the building was designed to express the aerodynamic curvature and the composite construction techniques of the LEAP engine, most notably its fan blade, by dramatically incorporating several overlapping layers of sinuously curved metal, glass, and steel.
The interior design reinforces the intentional nature of the engine while embracing the technology. The central greeting point is a reception desk designed as a seamless, clean cone and constructed of solid surface. Beautifully crafted metal composite triangles are suspended above the reception desk representing the combustion technology present within the LEAP engine. In addition, this sculptural element contributes to the notion of movement so dominantly present within the architecture.
The addition of the Charles W. Brown Planetarium replaced existing facilities in the Cooper Science complex. The planetarium features state of the art projection technology to enhance the teaching capabilities of BSU’s Astronomy Department. The instruments housed within the facility are a hybrid combination of both optical and digital projectors. This combination of old and new technology provides a wide ranging capability to not only display the sky but also to project animations and interactive digital information to augment the optical projection.
In keeping with BSU’s goals for the project, the architectural vocabulary and materials mimic that of the original building.
To replicate the silence of outer space, the building shell had to be capable of excluding all external low frequency noise sources such as emergency vehicles on their way to the nearby Ball Memorial Hospital. To accomplish this, a combination of grouted masonry walls and a cast-in-place concrete dome are utilized. Interior walls are acoustically isolated from the building shell to isolate the theater from outside noise.
To complete the near silent environment the mechanical system was designed utilizing sound deadened ductwork to deliver low velocity air above the perforated projection dome. All mechanical systems are heavily isolated to prevent the transmission of both sound and vibration to the structure. Any vibration of the structure would significantly degrade the quality of the projection on the skydome.
The facility provides unique teaching capabilities to the Department of Astronomy and an unparalleled opportunity to the University and surrounding community to learn about our universe.
Prominently located next to the New York Niagara Section Thruway on an abandoned brownfield site, the largest building in 20 years in Buffalo helped encourage economic development in the area. The design utilizes an 1859 stone façade to maintain historic preservation of the site’s past while incorporating a curved glass curtain wall. The curtain wall not only offers magnificent views of Lake Erie, but its southern exposure provides a valuable component of the building’s sustainable design.
The north, east, and west façades are a detailed colored architectural precast concrete with large window openings, recalling brick waterfront warehouses. The entry plaza reflects the shifted city grids of the waterfront and downtown. The building is set back from the thruway, allowing the site development of a landscaped “greenway”, and screening a 1,500-car employee parking structure with an enclosed employee pedestrian bridge connection.
Sustainable design features include the development of an urban brownfield site; the southern glass curtain wall with low-e glazing and sunscreens with motorized shades and light sensors for solar control, day lighting and views; energy efficient mechanical and electrical systems; and the use of “green” building materials and construction practices.
The design for the Avenue includes three structures on one site. The main building parallels 10th Street and includes 21,000 square feet of retail space on the first floor.
Apartment amenities and community features include modern apartments fully equipped with black, stainless-steel appliances, walk-in closets and spacious patios and balconies; a fitness center; a saltwater swimming pool with an outdoor kitchen and grill; Internet café, media room, and business center with several study areas.
This 4-story, 76 unit, wood frame apartment building has a concrete and steel podium structure constructed between two buildings. The second building is a 4-story, 48 unit, wood frame apartment building with slab on grade construction. The third building is a 4-story wood frame building consisting of approximately 3,500 square feet of amenity space on the first floor and 6 units (3 flats, 3 townhomes) constructed within the three stories above the amenity space. Additionally, the Avenue has a 3-story, 260 space, on-site parking garage.