Boise State Opens Center for the Visual Arts

BOISE, ID – Boise State University recently celebrated the grand opening of the Center for the Visual Arts on its flagship campus in Boise, fulfilling a strategic vision to create a world-class destination arts center serving students and community members regionally and nationally.

Designed by HGA of Minneapolis and Lombard / Conrad Architects of Boise, the Center for the Visual Arts is prominently located on the west side of campus on Capitol Boulevard overlooking the Boise River and downtown skyline, positioned as a campus gateway that connects with the Idaho State Capitol Building, Historic Boise Depot, and the city’s many surrounding civic and cultural buildings.

Boise State Center for the Visual Arts

From the outset, the University envisioned the Center for the Visual Arts as a pivotal cultural link between the campus and the city to elevate its regional and national profile. Consolidating the 2D and 3D visual arts disciplines once scattered throughout campus, the design welcomes students as they head to class as well as community members passing by on Capitol Boulevard. The design evolved from a highly interactive pre-design and planning process involving visual arts professors, administrators, arts patrons, student representatives and other campus and community stakeholders who shared visions for the building. Early conceptual designs changed through subsequent iterations into a sculptural architectural expression that met the University’s vision for a world-class destination on par with facilities at leading institutions.

The 97,600-square-foot building includes a five-story studio, classrooms and office wing; a two-story exhibition gallery wing; and a two-story atrium that connects the two wings.

The five-story north wing contains artist studios, work spaces, and classrooms on four levels. The first level includes ceramics and sculpture suites with common access to an exterior work yard and ceramics kiln. The second level accommodates printmaking and metal work; the third level photography, graphic arts and art history; and the fourth level drawing, painting and art foundations.

The angular studio wing is clad in ¼-inch limestone veneer on flexible honeycomb panels that allow the façade to curve with the building form, while floor-to-ceiling windows provide artist studios with evenly diffused northerly light and views to the mountainous landscape beyond.

The exhibition gallery features visually dynamic blue stainless-steel tiles with a variegated surface that reflects the changing daylight from hour to hour and season to season.

Featured

  • Miami University Approves New $242M Multipurpose Arena

    Miami University in Oxford, Ohio, recently announced that its Board of Trustees has approved construction of a new multipurpose arena at Cook Field, according to university news. The $242-million project will serve as a new centralized hub for student life and create space for economic development on campus.

  • Dallas ISD Voters Approve $6.2B Bond Package

    Dallas ISD voters have approved a record-setting $6.2-billion bond package that district leaders say will modernize aging campuses, eliminate portable classrooms and reshape learning environments across one of the nation’s largest school systems.

  • Academy of Classical Education Breaks Ground in Louisiana

    Charter Schools USA (CSUSA) recently announced the groundbreaking of a new public charter school in Covington, La., according to a news release. The Academy of Classical Education at Covington will enroll students in grades K–8 and is scheduled for completion in August 2026, just in time for the new school year.

  • College of the Desert Hits Construction Milestone on New Campus

    College of the Desert recently announced that the construction of its new Palm Springs Campus in Palm Springs, Calif., recently reached a major construction milestone, according to a news release. The college is partnering with general contractor C.W. Driver Companies, which recently “topped out” the facility by placing the final beam in its structure.