Museum of Science
© Museum of Science
In 1830, six men interested in natural history established the Boston Society of Natural History, an organization through which they could pursue their common scientific interests. Devoted to collecting and studying natural history specimens, the society displayed its collections in numerous temporary facilities until 1864, when it opened the New England Museum of Natural History at the corner of Berkeley and Boylston Streets in Boston's Back Bay. That museum is now known worldwide as the Museum of Science, Boston. One of the world's largest science centers and Boston's most attended cultural institution, the Museum attracts approximately 1.5 million visitors a year through its vibrant programs and 700 interactive exhibits.
© Museum of Science
After World War II, under the leadership of Bradford Washburn, the society sold the Berkeley Street building, changed its name to the Boston Museum of Science (later, the Museum of Science, Boston) and negotiated for a 99-year lease with the Metropolitan District Commission for land spanning the Charles River Basin, now known as Science Park. In 1948, the Museum designed and built the first traveling planetarium in New England to promote the development of a new Museum building. The cornerstone for the new Museum was laid at Science Park a year later, and a temporary building was erected to house the Museum's collections and staff.
In 1951, the first wing of the new Museum officially opened, making the Museum the first to embrace all the sciences under one roof. Comprising 14,000 square feet of exhibit space, the new Museum's first wing was already much larger than the entire exhibits area of the old Berkeley building. That same year, one of the most endearing and memorable symbols of the Museum, "Spooky," the great horned owl, was given to the Museum as an owlet. Spooky lived to age 38, becoming the oldest known living member of his species.
The Museum has remained on the cutting edge of science education by developing innovative and interactive exhibits and programs that both entertain and educate. The Mugar Omni Theater, opened in 1987, uses state-of-the-art film technology to project larger-than-life images onto a five-story-high domed screen, creating a "you are there" experience for viewers. In 1988, the Museum added the Roger L. Nichols Gallery to house temporary and traveling exhibits.
The Museum's mission supports programs to attract the widest possible audience. Since 1993, accessibility for people with disabilities has dramatically improved in the Museum. All permanent additions to the Museum are pre-examined against accessibility criteria. American Sign Language interpreters can be arranged with at least two weeks' notice, based on availability. In the Planetarium, scripts, captioning, and an infrared assistive listening system are available for selected shows to visitors with hearing impairments. In the Mugar Omni Theater, limited numbers of infrared headsets and/or reflectors for captioning are available as well as rear window captioning, amplified and descriptive narration, and show scripts for selected films.
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During the next two decades, the Museum greatly expanded its exhibits and facilities. In 1956, the Museum was successful in campaigning for a Science Park MBTA station bringing visitors to within 200 yards of the Museum. The Charles Hayden Planetarium, funded by major gifts from the Charles Hayden Foundation, opened in 1958.
By 1968, further building expansion was underway as ground was broken for the Museum's West Wing, which was completed in the early 1970s. The Elihu Thomson Theater of Electricity, which houses the 2 1/2 million volt Van de Graaff generator — the two-story-tall high voltage electricity generator given to the Museum by the Massachusetts Institute of Technology in 1956 – opened in 1980.
In 1999, the Museum incorporated The Computer Museum, bringing its interactive exhibits to the Museum of Science and moving computing technology to the center of its own exhibits, programs, and operations. In 2001, the Museum opened its Gordon Current Science & Technology Center, which offers breaking news stories to the public with interpretation by Museum staff and frequent presentations by the scientists and inventors involved.
© TMP Images
In January 2003, Ioannis (Yannis) N. Miaoulis became president and director of the Museum after a distinguished association with Tufts University, where he was Dean of the School of Engineering. Miaoulis strives to make everyone scientifically and technologically literate. With the Museum's boards of trustees and overseers, he spearheaded creation of the National Center for Technological Literacy® (NCTL®) in 2004.
Supported by corporate, foundation, and federal funds, the NCTL® aims to enhance knowledge of engineering and technology for people of all ages and to inspire the next generation of engineers, inventors, and scientists. The Museum of Science is the country's only science museum with a comprehensive strategy and infrastructure to foster technological literacy in both science museums and schools nationwide. Through the NCTL®, the Museum is creating technology exhibits and programs and integrating engineering as a new discipline in schools via standards-based K – 12 curricular reform. Recognizing that a 21st-century curriculum must include the human-made world, the NCTL® advances technological literacy in schools by helping states modify educational standards and assessments, by designing K – 12 engineering materials, and by offering educators professional development.
In April 2011, the board of trustees approved a $250 million Campaign to transform the Museum's Exhibit Halls to tell the interconnected story of the natural and designed worlds; to enhance our public spaces and amenities, focusing on sustainable systems and materials; to expand the Museum's K – 12 engineering curricula program; to further develop forums and engaging programs for adult museumgoers; and to increase levels of endowment support and unrestricted annual giving.
The Campaign for the Museum of Science is the first comprehensive capital campaign in the Museum's distinguished 180-year history. Guided by a three-phase, fifteen-year master plan, the Campaign will provide much-needed infrastructure support for our landmark facility. In addition, the Campaign will ensure that the Museum has the resources necessary to meet our commitment to STEM (science, technology, engineering, and math) education, on the Museum floor and in the classroom.
During the Campaign's quiet phase (from 2004 to 2010), $150 million was raised from more than 10,000 individual donors, corporate supporters, foundations, and government funders. This support made possible a floor-to-ceiling renovation of the Charles Hayden Planetarium, upgrades to the Mugar Omni Theater, and construction of the Sophia and Bernard M. Gordon Wing. The Museum seeks an additional $100 million in support by June 30, 2015 to reach our goal.
On the horizon: The Campaign for the Museum of Science will fund three new major permanent exhibits: opening in November 2013, the Hall of Human Life will be a dynamic 10,000-square-foot exhibit that explores human biology, nutrition, and evolution through the lenses of time, food, physical forces, social interactions, and living organisms; What Is Technology? will help visitors understand how technology is created and adopted to meet basic human wants and needs, like food, shelter, health and safety, transportation, communications, and more; the Charles River Gallery will examine the natural habitat of the Charles River Basin and the engineered urban environment of Boston and Cambridge.
Renderings below: Cambridge Seven Associates, the Museum of Science.
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