Gallery: Grimshaw Breaks Ground on the Miami Science Museum Which Will ...

Facade details

Grimshaw Architects broke ground on the Patricia and Phillip Frost Museum of Science in downtown Miami’s Museum Park last Friday. The 250,000 square-foot complex is expected to be among the world’s most innovative and sustainable science museums. Built around a lushly landscaped indoor and outdoor “living core” of terrestrial and aquatic spaces, the museum will feature a 600,000 gallon aquarium facility, a full dome 3-D planetarium, interactive exhibits, innovative technology and two additional wings of exhibition space, learning centers and cafes. Located adjacent to the new Miami Art Museum, the MSM will enjoy a beautiful lawn and a constructed wetland to control storm water runoff and to enhance site biodiversity.

MSM will be its own living exhibit and will showcase sustainable technologies, smart design, encourage biodiversity and educate visitors. High performance ventilation and air conditioning systems will be fine tuned to provide superior comfort at low energy for the interior spaces. The building’s shape has been optimized to create comfortable exterior spaces, encourage breezes and ventilation, provide shade and mitigate the effects of hurricanes. A vegetated roof controls rainwater, which will also be collected and reused in a grey water system.

When the museum moves into its new home it will cater to 60,000 to 100,000 school children annually to encourage enjoyable learning, new ideas, new opportunities, and new careers. The museum has also begun a new program called “Science Stars”, which will bring leading scientists, such as astronomers, physicists, marine biologists, and engineers into the Miami-Dade County Public School System to provide children (K-12) with an opportunity to learn interactively about science in a school-based setting. MSM is expected to be completed sometime in 2015.

+ Grimshaw Architects

+ Patricia and Phillip Frost Museum of Science

Images ©Grimshaw Architects


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1 Comment

  1. r_krebs March 10, 2012 at 11:06 am

    Bridgette Meinhold, love the article and especially the photo gallery. I would point out that even though you can have variegated interiors, breezes constructed throughout the building, high performance air conditioning equipment, and use grey water to water the plants…but if the building is not efficiently sealed and insulated its Life Cycle Assessment (LCA) will show it used more energy in its use phase than a tighter building envelope would. Building sustainability takes into account the building’s entire lifetime “energy footprint” including end-of-life and energy recovery. Building materials such as spray polyurethane foam, SIP’s, extruded polystyrene (XPS), molded polystyrene (EPS) and polyiso-board help prevent interior wall air convection – increasing a wall’s thermal performance, saving energy, green house gases, and homeowner heating and cooling costs.

    Rob Krebs

    American Chemistry Council

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