Virginia Commonwealth University: James Branch Cabell Library

  • 09/01/17
Virginia Commonwealth University

PHOTOS © ROBERT BENSON PHOTOGRAPHY

Virginia Commonwealth University (VCU), a public research university in Richmond, VA, recently expanded and renovated the James Branch Cabell Library. New construction and improvements to 156,000 square feet of existing library space in the Monroe Park Campus library provided VCU’s 31,000 students with more space to study, collaborate, discover, create and conduct research. Shepley Bulfinch served as design architect and Virginia-based Moseley Architects was the architect of record.

Designed in 1970 primarily to store collections, and expanded in 1975, VCU’s Cabell Library faced a dire need for “people-focused” spaces to serve more than two million visitors annually. The $50.8 million project transformed the introverted precast concrete box of the existing Brutalist library into a beautiful and light-filled academic library of the future. Designed to be as flexible and operationally efficient as it is engaging and inviting, the new library introduces a range of multi-use spaces for both study and collaborative work. Ninety percent was designed specifically for student use, with seating capacity doubled to nearly 3,000. Patrons are pulled vertically through the building via a series of open stairs, with each new vista offering a sense of beauty and delight and higher floors providing progressively quieter areas.

Designed to achieve LEED Silver certification, the building’s features include: Student-focused spaces featuring 25 group study rooms, two state-of-the-art classrooms and a third-floor “reading porch” with outdoor-style furniture, ceiling fans and windows that open; an area dedicated to video and audio production and editing, digitization, high-end computing and equipment loans; a two-story daylight-filled lobby with expanded ground floor café, a third-floor, 300-seat multifunctional event space featuring a mosaic video wall; a “silent space” on the fourth and highest floor (a label requested and enforced by students); and a dedicated faculty and graduate research center in a large glassed-in fourth-floor room that offers expansive views of the Monroe Park Campus.

This article originally appeared in the issue of .

Featured

  • School Construction Projects Boom as Education Systems Address Aging Facilities and Growth

    Construction opportunities are almost always abundant, but currently there are more than usual construction projects being launched for public school campuses. Common objectives include major renovation or expansion of aging facilities, total replacement of inefficient classrooms, upgrades to lighting, technology, and security equipment, and adding new sports and cultural facilities.

  • Ancient Resilience: How Indigenous Intelligence Shapes the 4Roots Education Building

    As climate change intensifies, educational spaces must evolve beyond basic sustainability toward true resilience – we must design environments that can adapt, respond, and thrive amid shifting, and intensifying, climate hazards. Drawing on indigenous wisdom and nature-based strategies, integrating resilient design offers a path to create learning environments that are not only functional but deeply in tune with their natural surroundings.

  • New Kent State Academic Building Earns LEED Silver Certification

    Kent State University in Kent, Ohio, recently announced that its newest academic building, Crawford Hall, has earned a LEED Silver certification from the U.S. Green Building Council, according to a news release. The facility was recognized for its innovative design, water conservation technologies, energy-efficient systems, and sustainable construction materials, among other features.

  • cutaway view of a modern school building, showing various rooms and zones

    Layering AI into HVAC Systems Shows Reduction in Carbon Emissions

    Heating and cooling systems are just one of the many new ways that AI can be integrated into schools. According to a new study from Schneider Electric's Sustainability Research Institute, AI-powered HVAC systems in schools can lead to significant carbon emissions savings.

Digital Edition