Bathroom remodeling is one of the best ways to add function and value to your home.
J. Mariah Brown
J. Mariah Brown is a technical research writer and the owner of Writings by Design, a comprehensive business writing service company that specializes in business development, promotion, and client outreach. She has worked in a variety of technical and non-technical industries including, but not limited to, Government, Non-Profit, Engineering, Translation and Interpretation, Christian and Women’s Publications, and Fashion and Beauty. She is a graduate of the prestigious E.W. Scripps School of Journalism at Ohio University and is currently pursuing a master's degree from Gonzaga University in Communication and Organizational Leadership.
Many buildings are literally going green. The addition of a vertical garden, whether interior or exterior, has many benefits.
The benefits of gardening are numerous, but gardening also requires land – something that many commercial and urban settings lack. However, vertical gardening is a fairly simple way to enjoy the aesthetics of plants within a limited space. Vertical gardens grow upward alongside building exteriors and interior walls, creating captivating scenery where it would otherwise be impossible.
Six simultaneous construction projects on the Caltech campus require a balancing act on the part of the construction team.
Managing a single construction or renovation project on a college campus can be difficult, due to the extra consideration given to possible disturbances of lectures and student activities. When construction takes place in multiple phases in various locations throughout campus, the situation naturally warrants additional preparation. Six simultaneous projects have been underway at the California Institute of Technology (Caltech), a private research university located in Pasadena, California. Undertaking any major construction project at any learning institution necessitates taking such special considerations; the six projects at Caltech likewise needed to avoid disturbing campus life and to preserve the campus’s historic architecture.
A new exhibition center in Belfast tells the story not only of the Titanic but of the long maritime history of this iconic city.
One hundred years after the RMS Titanic’s maiden voyage and tragic sinking, visitors of the Titanic Signature Project in Belfast, UK, will be able to delve deep into the story of the Titanic and Belfast’s rich ship-building history. The five-level, 12,000 sq. m. (129,166 sq. ft.) building features a glass-walled atrium, which leads visitors to various exhibits throughout the building. The lofty space with irregularly angled forms provides the perfect introduction for the displays that follow.
A new facility for Unilever combines a contemporary, connected office environment with award-winning green building features.
When Unilever, a health and wellness company in Hamburg, Germany, determined that it needed a new headquarters, it wanted a structure that would provide adequate work space while fostering communication, socialization, and a sense of unity among its employees. Creating a juxtaposition of work and social space, Behnisch Architekten was able to bring the vision of unity to fruition while honoring Unilever’s commitment to sustainability and creating a better future.
Despite technological advances in weather forecasting, natural disasters are often unpredictable. Even when we do know a geological or meteorological disturbance is on its way, very often little can be done to protect existing homes from destruction, so TF Forming Systems is building in that protection from the ground up.
TF Forming Systems owner Steven Huff is in the process of building a large residential structure that will be able to withstand the toughest natural disasters, all while reducing dependence on oil, gas, and coal. TF Forming Systems manufactures and distributes a variety of insulated concrete forms (ICF). The Pensmore Chateau, a 72,000 sq. ft. structure located in the Ozark Mountains of Missouri, is said to be able to withstand F5 tornadoes, in addition to earthquakes, hurricanes, floods, fire, and insect damage. The chateau is located between Springfield and Branson, Mo., near the town of Joplin, which was devastated by F4 and F5 tornadoes in 2011.
A commuter college is a college in which most students do not live in dormitories but commute from homes nearby. Community colleges are a common type of commuter college, but many private and smaller colleges and universities also fall into this category. In the past, students of commuter colleges have been present on campus only briefly as they attended classes; they would go elsewhere else to eat, lounge, study, and socialize. Now the atmosphere of many commuter colleges mirrors that of a more traditional college or university environment, where students do not just go to college to attend class but may meet with other students on campus for collaborative projects or simply for recreational purposes. As students begin to spend more time on campus and academic and social lives become increasingly integrated, the need for structural changes on many campuses has become more apparent.
With sensitivity to Abu Dhabi’s local culture, climate, and architectural heritage, SOM designed a medical campus that creates a "city within a city."
Visiting the hospital for any length of time can be a difficult experience for patients and their families, what with adjusting to new surroundings, being separated from loved ones, or just missing the familiarities of home. That is why the designers of the Sheikh Khalifa Medical City have put hospitality and psychological well-being at the forefront of their medical campus design.
Staff housing for the U.S. Embassy in Port-au-Prince, inspired by the colorful forms found in local art, is designed to be sustainable and also resistant to seismic forces.
Sorg Architects, an international architectural firm, has created sustainable staff housing for U.S. Embassy staff members stationed in Port-au-Prince, Haiti. Construction on the housing units will begin in March 2012 and is scheduled to be completed in January 2014.
The notion of harnessing energy from the sea has captured the human imagination for years. With interest in renewable energy at an all-time high, steps are being taken to turn this idea into a reality.
As the global need for renewable energy sources continues to surge, one innovative company has released technology that could have a major impact on utility and energy companies, as well as their customers, well into the future. The Pelamis Wave Energy Converter, made by Scottish company Pelamis Wave Power, is the first commercial machine that can generate electricity from offshore wave energy. Since the company first tested its prototype wave energy converter between 2004 and 2007 in Scotland, four additional Pelamis machines and two designs – the P1 and the second-generation P2 – have been created.