With its dynamic curves, green roofs, and outdoor gathering spaces, this LEED Gold design resolves the dynamic tension between the grid of the campus plan and the adjacent wetlands.
Zinc, aluminum, and glass play off the campus tradition of red brick to create a dramatic, 73,000-gross-square-foot facility whose Café Commons and study/social spaces make it a popular destination. Extensive glazing reveals the activity within the 14 teaching and 23 research laboratories that serve biology, chemistry, physics, astronomy, psychology, math, and computer science. The building also houses a greenhouse and vivarium.
Features:
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Feature 1:
Daylighting analysis informed the design of a building brow that manages solar gain to reduce building load and save energy year round.
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Feature 2:
An outdoor classroom puts science on display to actively engage students.
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Feature 3:
The Mars Center is sited on the campus edge to connect the heart of the campus with wetlands to the south – a natural lab for the study of biology.
Science on Display
The building is organized along a main street entirely of glass – one side completely open to every teaching laboratory, the other completely open to the previously neglected wetlands and woodlands to the southeast.
The commons space nestled between old and new, and the airy study spaces appearing to be tree houses, have drawn students to stay and study all hours of every day.
With its dynamic curves, green roofs, and outdoor spaces, the design resolves the dynamic tension between the grid of the campus plan and the adjacent wetlands.
The facility includes community spaces, such as study lounges and cafés, as well as cross-disciplinary laboratories.
Students experience ‘intellectual collisions’, within the vertical connections of the building.
This facility encourages student-faculty collaboration and interdisciplinary learning and research while exemplifying the College’s commitment to sustainability.
The three-story building design incorporates open space and extensive glass to reveal the activity and share the excitement of science with the campus, sparking interest in interdisciplinary collaborations, a focus on Wheaton’s “Connections” curriculum, and a commitment to sustainability.
STEM Research Modernization InteriorsFacilitating STEAM Education
The design of the Mars Center supports Wheaton's approach to unifying the arts and sciences, moving from STEM to STEAM to educate whole-brain thinkers.
Advancing Mission STEM ResearchResearch Partners
The design of STEM facilities has a measurable impact on learning and builds intellectual community. We conduct critical research in partnership with our clients to advance design innovations that help them achieve their goals. Explore the results through interactive data visualization on our growing IMPACT site.
STEM Research Advancing MissionDesigned to Perform
In addition to conserving resources and utility costs, the building's energy-efficient systems and sustainable features make the facility a teaching tool for sustainability.
Resource Efficiency Energy DecisionsFostering Community
Connectivity of people and ideas was a guiding principle throughout the design process of the Mars Center. The facility provides a variety of inviting spaces that students and faculty can call their own, sparking serendipitous interactions that bring arts and sciences closer together to inspire intellectual inquiry.
Community Impact Modernization
EYP conducted two post-occupancy surveys, one of faculty and theother of students, in spring 2013. Based on survey responses, the new Mars Center has succeeded in accomplishing several goals. More
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