Perkins+Will has designed the new 367,000-sf home for Gateway Community College, the leading community college in Connecticut. Spanning two city blocks in downtown New Haven, the $198-million project will create a meaningful identity for the College and enhance the surrounding urban neighborhood.
The state’s first public building designed to be gold-certified in LEED and the largest one-time funded state development in Connecticut history, this entirely new campus relocates Gateway Community College to downtown New Haven and consolidates the school’s two existing campuses to serve more than 11,000 students.
Opening to students on September 4, 2012, the facility is an example of how thoughtful architecture can engage the city and contribute to significant urban revitalization.
Design highlights of the Gateway building are a light-filled multi-story atrium, a state-of-the-art Library and Learning Commons and spacious entry lobbies that connect the college to the city. The building also features classrooms for Gateway’s humanities, business, engineering, nursing/allied health, math/science and culinary arts programs.
Other features include a Community Center that will serve as a large public meeting space for lectures, events and group activities with a capacity for more than 300 people, faculty offices, student service areas and a 600-car parking garage. Perkins+Will located the more public elements of Gateway’s program at street level, with the cafeteria, bookstore, culinary arts program and art exhibition space all visible through storefront-style windows.
Perkins+Will’s design is planned around a multi-story atrium that connects the second, third and fourth levels of the building, and bridges over George Street to link the north and south buildings. The atrium serves as an interior, three-dimensional “street” that connects the main entry to the fourth floor, bringing daylight into the middle of the building and providing clear, intuitive access to all of the major spaces. Configured as a series of terraces linked by stairs and stadium-style seating, the atrium will become the primary gathering space for students and a link between academic spaces and faculty offices. Along the north side is a Learning Wall, a four-story, articulated surface that features inspirational messaging and is patterned with windows that bring natural light into interior classrooms. The bridge features a LED art installation by the art collective Electroland, with portraits that showcase the personalities that make the College unique.
The First Niagara Library and Learning Center anchors the southern end of the building and is defined by a curving, multi-story glass curtain wall that creates a dramatic expression when illuminated at night. The two-story space links a quiet lower floor, comprised of reading spaces and stacks for half of the library’s 50,000 books, with a more active upper level with spaces and seating for group-based learning. It will also feature the latest in interactive computer technology to help students gather information, analyze data and build knowledge.
Perkins+Will’s design for Gateway also features one main lobby and two supporting lobbies, which are all double-height with floor-to-ceiling windows, durable terrazzo floors, wood paneling and specialty lighting fixtures. The main lobby provides clear access from the Community Center and garage, as well as access to the elevators, escalator and stairs. Located at the intersection of Church and George Streets, the main lobby marks the southern corner of New Haven’s eighth square, which is part of the city’s historic “Nine Squares” layout and one of the earliest and most influential urban plans in America. +
Related Stories
| Dec 29, 2014
Leo A Daly's minimally invasive approach to remote field site design [BD+C's 2014 Great Solutions Report]
For the past six years, Leo A Daly has been designing sites for remote field stations with near-zero ecological disturbance. The firm's environmentally delicate work was named a 2014 Great Solution by the editors of Building Design+Construction.
| Dec 29, 2014
Wearable job site management system allows contractors to handle deficiencies with subtle hand and finger gestures [BD+C's 2014 Great Solutions Report]
Technology combines a smartglass visual device with a motion-sensing armband to simplify field management work. The innovation was named a 2014 Great Solution by the editors of Building Design+Construction.
| Dec 29, 2014
From Ag waste to organic brick: Corn stalks reused to make construction materials [BD+C's 2014 Great Solutions Report]
Ecovative Design applies its cradle-to-cradle process to produce 10,000 organic bricks used to build a three-tower structure in Long Island City, N.Y. The demonstration project was named a 2014 Great Solution by the editors of Building Design+Construction.
| Dec 29, 2014
14 great solutions for the commercial construction market
Ideas are cheap. Solutions are what count. The latest installment in BD+C's Great Solutions series presents 14 ways AEC professionals, entrepreneurs, and other clever folk have overcome what seemed to be insoluble problems—from how to make bricks out of agricultural waste, to a new way to keep hospitals running clean during construction.
| Dec 29, 2014
HealthSpot station merges personalized healthcare with videoconferencing [BD+C's 2014 Great Solutions Report]
The HealthSpot station is an 8x5-foot, ADA-compliant mobile kiosk that lets patients access a network of board-certified physicians through interactive videoconferencing and medical devices. It was named a 2014 Great Solution by the editors of Building Design+Construction.
| Dec 28, 2014
Robots, drones, and printed buildings: The promise of automated construction
Building Teams across the globe are employing advanced robotics to simplify what is inherently a complex, messy process—construction.
BIM and Information Technology | Dec 28, 2014
The Big Data revolution: How data-driven design is transforming project planning
There are literally hundreds of applications for deep analytics in planning and design projects, not to mention the many benefits for construction teams, building owners, and facility managers. We profile some early successful applications.
| Dec 28, 2014
AIA course: Enhancing interior comfort while improving overall building efficacy
Providing more comfortable conditions to building occupants has become a top priority in today’s interior designs. This course is worth 1.0 AIA LU/HSW.
| Dec 28, 2014
6 trends steering today's college residence halls
University students want more in a residence hall than just a place to sleep. They want a space that reflects their style of living and learning.
| Dec 28, 2014
Using energy modeling to increase project value [AIA course]
This course, worth 1.0 AIA LU/HSW, explores how to increase project value through energy modeling, as well as how to conduct quick payback and net present value studies to identify which energy strategies are most viable for the project.