It’s no secret that the residential development boom New York saw in 2015 has carried over to 2016. A trend that’s discussed frequently, and one that we’ve touched on in the past, is the development of super-tall, super-slim skyscrapers. While this is one way to maximize a return on investment, what can be done structurally if a building’s zoning or footprint doesn’t allow for a super-tall design? Continue reading “170 Amsterdam – Bridging Structural Solutions and Style”
Following our last post on understanding sustainability across the United States, we will focus on sustainability in South America and Middle East.
Continue reading “Sustainability Across the Globe- South America and Middle East”
While we have observed ways in which structural engineers achieve sustainability, it remains important that we holistically understand the purpose of sustainability. More importantly, we must understand how our surrounding environment is affected by the structures we design. The general message remains just about the same despite the language being spoken, but the influencing factors behind sustainability will ultimately vary based on the global region.
This blog will explore sustainability across the globe, but specifically in the regions surrounding DeSimone’s office locations: New York City, Miami, Boston, Las Vegas, San Francisco, Medellin, and Abu Dhabi.
While the green building movement continues to rapidly gain steam, building owners, architects, engineers and contractors have adapted their best practices to the ever-evolving sustainable design standards. A large part of this movement has been the LEED Green Building Rating System, introduced by the U.S. Green Building Council (USGBC). The program recognizes best-in-class building strategies and practices, and certifies buildings that save money and resources, have a positive impact on the health of occupants, and promotes renewable, clean energy. The approach of the sustainable structural engineer starts with the materials selected for construction, namely concrete, masonry, steel and wood.
Before 2004, Manhattan’s skyline featured 28 skyscrapers 700 feet and taller. Since then, between those built, under construction and proposed, the city could potentially have added 47 more within the next five years.