Columbia University
Jerome L. Greene Science Center
New York, NY

458,000 sf • LEED® Gold certification • WITH RPBW

Davis Brody Bond has been working with Columbia University since 1990 on their historic campus, as well as on other sites owned by the University. Over the course of over 25 years, we have completed approximately 20 projects for Columbia comprising services from master planning and programming studies, to renovations and the design and construction of new facilities. For the past 11 years, we have been working on the development of Columbia University’s Manhattanville campus, a three phase, 17-acre urban academic environment that encompasses than 6.8M sf of space for teaching, research, civic, cultural, recreational, and commercial activity. Davis Brody Bond served as the Executive Architect / Architect of Record with Renzo Piano Design Workshop on the first group of buildings.

The Jerome L. Greene Science Center — the intellectual home for Columbia’s expanding research initiative in Mind, Brain and Behavior — is the first building completed as part of the new campus. The nine-story, 458,000 sf building is the largest that Columbia has ever built and the biggest academic science building in New York City. It brings together a constellation of global leaders in neuroscience, engineering, statistics, psychology, and other disciplines, with the common goal of exploring the causal relationships between gene function, brain wiring, and human behavior. This research will have profound implications for the treatment of brain illness — probing the root causes of neurodegenerative diseases, such as Parkinson’s, Alzheimer’s, and motor neuron diseases, among others. 

The building is designed for the kind of social interaction and interdisciplinary thought that is essential for innovative ideas to thrive. The Center’s design employs a unique laboratory concept consisting of four neighborhoods articulated by two intersecting axes. On the research levels, the North-South axis is dedicated to circulation, while the East-West axis is an active area that includes meeting rooms and break spaces on each floor and a 120-seat lecture space at the top floor. These spaces make up a key feature of the research experience at the Center, encouraging collaboration among the scientists by interspersing circulation, connecting stairs, double-height spaces, and a variety of scales of meeting rooms and other interaction spaces within the research and support spaces.

  • Design: Renzo Piano Building Workshop

    Architect of Record: Davis Brody Bond LLP

    Associate Architect: Body Lawson Associates

    Landscape Architect: Field Operations

    Structural Engineer: WSP/Parsons Brinkerhoff

    MEP and IT Engineer: Jaros Baum & Bolles

    Façade: IBA

    Geotechnical Engineer: Mueser Rutledge Consulting Engineers

    Civil Engineer: Stantec

    Transportation Engineer: Sam Schwartz Engineering

    Code Consultant and Lighting Consultant: Arup

    Sustainability Consultant: Atelier Ten

    Security Consultant: Aggleton and Associates

    Lab Planning Consultant: Jacob Consultancy

    Waterproofing Consultants: WJE Engineers & Architects

    Acoustic and Vibration Consultants: Shen Milson & Wilke, Inc.

    Materials Handling Consultant: SEA Consultant Inc.

    Vertical Transportation Consultant: Van Deusen & Associates

    Cost Consultant: Davis Langdon

    Construction Manager: Lendlease US Construction

  • Size

    450,000 square feet

    Date Completed

    Spring 2017

    Program

    Retail stores, wellness center, education lab, laboratories, offices, meeting rooms, support spaces, outdoor terraces.

  • LEED

    The project is currently pursuing a LEED Gold certification for LEED version 2.2.

    Sustainable Design Highlights

    • Highly performance envelope

    • Mechanically ventilated double skin façade system is incorporated as part of the envelope strategy

    • Automated shades are incorporated into the façade to reduce high solar load

    • Highly efficiency interior and exterior lighting system

    • Occupancy sensors in interior spaces to control lighting throughout the building

    • Daylight dimming in all perimeter zones and lobby, while providing daylight in the work spaces

    • Chilled beams for cooling in all offices and lab spaces

    • Perimeter radiant heater to provide thermal comfort in the perimeter zone

    • Air quality monitoring system used to control the ventilation rate

    • Natural ventilation in shoulder season in the lobby area

    • Displacement ventilation at the ground floor lobby area

    • Enthalpy heat recovery system to recover heat from exhaust air

    • High reflectance roof material used to reduce the urban heat island effect

    • Measurement and verification strategy incorporated in order to ensure that the mechanical system runs as the design intends

    • Building materials are selected with high recycled and regional contents

    • High Indoor air quality will be maintained using low VOC finishes

(Photography by Albert Vecerka)

Sectional rendering courtesy of Renzo Piano Building Workshop