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Mending Myrtle Avenue: Pratt Institute's New Academic Building

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Myrtle Hall by WASA/Studio A

Most town and gown relationships are tenuous, if not tense, but Pratt Institute in Brooklyn, New York, has made a welcoming gesture toward neighboring Clinton Hill in the form of a new academic building that reknits the urban fabric. The new six-story, 120,000 sq. ft. (approximately 11,148 m2) Myrtle Hall is expected to achieve LEED Gold certification, and it will house the Institute's Department of Digital Arts, including studios, galleries, classrooms, labs, and administrative space.

Modern Farmhouse Plans

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An energy-efficient, ADA-compliant farmhouse incorporates wind power and geothermal heating. Architect Jereme Smith explains how his architectural firm met the clients' needs for a sustainable, accessible retirement home.

Norway's TrollVeggen Restaurant

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The Trollveggen made Architectural Digest's list of 10 most beautifully designed restaurants – read more about the visitor center and cafeteria elevated by its modernist architechture.

Reiulf Ramstad Architects designed a new tourist center and restaurant at the base of the Troll Wall, Europe’s tallest rock face. The form and material palette of the center mimics its stark landscape, and the resulting design is so dynamic it just might steal the show.

Tourist centers with restaurants are necessary and inevitable fixtures along scenic roadways. Usually they are utilitarian structures that peddle gaudy souvenirs and greasy food. However, in Norway, road-trippers have a more modern and elegant option when it comes time to make a pit-stop. The new tourist center situated at the base of Norway’s Troll Wall, or Trollveggen—Europe’s tallest vertical rock face, located in the Romsdal Valley along the western side of the country—is a welcome exception to this tired typology.

Arc Fault Circuit Interrupters

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Arc fault circuit interrupters (ACFIs) de-energize circuits when an arc fault is detected, preventing overheating and possible combustion. ACFIs enhance safety in any home and are required for some new construction, varying by state.

Over the past decade or so, a discussion about arc fault circuit interrupters and their required use in residential construction has raged among officials, organizations, corporations, and individuals related to the construction industry. Change can be difficult but “only the wisest and stupidest of men never change," as Confucius said. Change has occurred consistently in residential electrical systems since Thomas Edison unveiled the first electric light on New Year’s Eve, 1879. Knob and tube, cloth-braided, PVC-jacketed, two wire then three wire, fuses then breakers… the list goes on and on. Change happens. Most of that change can be attributed to our steadily increasing understanding of electricity since we were first electrified. With its increasing use in our homes, and the considerations of inhabitants’ safety and the prevention of property damage, it is not surprising that regulations have continued to change. So why do we resist? We should expect change and grow with it, particularly when it is in the interest of our own safety and can prevent the loss of property.

Pervious Pavement: Pavement That Leaks Like a Sieve

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Contractor to Contractor: In this first of a two-part series, contractor-turned-homebuilder Fernando Pages Ruiz discusses permeable pavement, which allows rain and snow to seep into the ground.

What Is Pervious Pavement?

Pervious concrete came to the attention of the building community in the United States after Congress passed the Clean Water Act in 1987. With restrictions in the amount of stormwater runoff permitted from roads, parking lots, and other impermeable surfaces, some developers began to look for environmentally friendly alternatives. They found it in an exotic, water-sucking concrete first tested in Florida about 30 years ago as a flood-control device. Engineers placed highly porous concrete paving in spots along Florida roadways frequently submerged by heavy downpours. The permeable surface provided a quick-drying roadway that didn’t stay flooded after the storm.

Q & A with William Cary, Planner in Miami Beach

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Buildipedia's interview with William Cary of the Miami Beach Planning Department sheds light on the city's development.

William Cary is the Assistant Director of the Miami Beach Planning Department. He is extremely knowledgeable about the city’s rich architectural history, and during his tenure, Cary has been influential in shaping the city into a magnet for notable modern architects. We spoke with him for our feature on the Evolution of Miami, but he provided so much interesting insight that we wanted to share more from that conversation.

Maintenance Tips: Wood Decks

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According to the Study of Life Expectancy of Home Components, which was prepared in 2007 by the National Association of Home Builders (NAHB), the average life expectancy of a wood deck varies: 10-15 years in the South, 20-25 years in dry areas, and 20-30 years in the North. The NAHB states, "Because they [wood decks] are subject to a wide range of conditions in different climates, the life expectancy of wooden decks can vary significantly. Under ideal conditions, they have a life expectancy of about 20 years." Whether you are caring for an aging wood deck or building a new one, understanding and practicing proper maintenance is paramount to protecting your investment and extending its lifetime.

Night Construction: Tactics, Techniques, and Procedures

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Ask your safety manager or operations risk manager and they will tell you about the numerous additional hazards a crew will face at night. Consult work studies and you will see that working at night lowers the efficiency of any of your work crews. Unfortunately, few studies or safety managers will tell you about the managerial and contractual challenges contractors face when they take on night work.

LEED Silver-Certified Landfill: The First of Its Kind

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Throughout the last 10 years LEED (Leadership in Energy and Environmental Design) has developed into an efficient and effective solution for building owners to reduce expenses and limit the environmental impact of their buildings. Although many LEED projects take the form of typical commercial, institutional, government, and healthcare facilities, LEED provides many other sectors the ability to differentiate and produce a truly rare project, none more so than the Twin Oaks Landfill in Grimes County, Texas, which achieved LEED Silver certification.