Project Details
- Project Name
- Anteater Learning Pavilion at the University of California, Irvine
- Architect
- LMN Architects
- Project Types
- Education
- Project Scope
- New Construction
- Size
- 65,000 sq. feet
- Year Completed
- 2018
- Shared by
- LMN Architects
- Consultants
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Architect of Record: LMN Architects,Construction contractor: Hathaway Dinwiddie (design-build contractor),Interior Designer: LMN Architects,Structural Engineer: DCI Engineers,Plumbing Engineer: Alvine Engineering,Electrical Engineer: Alvine Engineering,Landscape Architect: AHBE
- Project Status
- Built
Project Description
The 65,000-square-foot facility brings active learning and 21st century educational opportunities to students across the campus. Flipping traditional education on its head, the new building supports active learning strategies that maximize collaboration and emphasize exploration, discovery and testing ideas. “It’s all about social performance. The interactive functionality of the active-learning classrooms extends to a sequence of community spaces—interior and exterior—providing students with lots of choices for group work and social connection,” notes George Shaw, FAIA, Partner at LMN Architects and Partner-in-Charge of the project. Set in the heart of the 1,500-acre Irvine campus, the design promotes a diversity of team-based modes of learning and social interaction, while extending the active learning experience to the surrounding Aldrich Park campus neighborhood. The project is composed of three primary elements: a two-story elliptically-shaped Pavilion housing lecture halls; a three-story classroom wing framed by a student Mixing Hall; and the Bridge, a central, vertical circulation and gathering space that interconnects the functions of the two primary structures. “By assembling program areas into distinct building components and then pulling those components apart, we were able to break down the scale of the buildings and create opportunities for social interaction in those interstitial spaces,” notes John Chau, AIA, Partner and Project Designer at LMN Architects. The new complex features two floors of day-lit classrooms and circulation areas (the Mixing Hall) and a third level, which houses student offices and computer labs. Natural light filters through the exterior sunshade latticework to the mixing zone’s circulation and collaboration spaces. Accessed from large campus plazas on two sides, a series of community spaces capture expansive views to Aldrich Park and the broader campus landscape, creating an interconnected indoor-outdoor student experience. The elliptically shaped Pavilion anchors the entry plazas, while housing two multi-use lecture halls—one 400-seat and one 250-seat. The halls employ a double-tier seating configuration that allow students to work in sub-groups, while preserving lecture and case-study functionality. An exterior loggia adjoins the Pavilion to the pedestrian scale of the plaza, with perimeter seating clusters and an open-air stairway that spirals to the upper level walkway. Vertical window openings bring light to the instructional spaces while creating an internal glow that animates the Pavilion’s evening presence within the plaza. “LMN’s creative approach of unlocking the site and rearranging the program led to a bold design solution that enhances the overall experience for both students and faculty,” said Brian Pratt, AIA, LEED AP, Campus Architect for UC Irvine. Inside, flexible furniture, multiple writing surfaces and wireless projection all serve to optimize active learning, which places an emphasis on problem solving and interactivity with instructors and fellow students. In fifteen smart classrooms and auditoriums, old-school audiovisual equipment has been replaced by sleek computer screens on every wall and desk. Each can be linked to from laptop or mobile devices. Seats swivel for group exercises. A high-performance building envelope reduces the need for extensive mechanical and ventilation systems, which in turn lowers operating costs. Natural daylight floods virtually every space, minimizing the need for supplemental lighting. A rooftop solar array further reduces greenhouse gas emissions by a respectable 47.4 metric tons per year. Site storm water is handled by an onsite biofiltration system. The complex is designed to meet or exceed the CALGreen 2013 Building Code and LEED Platinum certification (New Construction V2009) is anticipated.