In May of 2016, the Boston Convention and Exhibition Center (BCEC) was certified LEED Silver for Existing Building Operations and Maintenance by the U.S. Green Building Council. This award distinguishes the facility as one of the largest buildings in New England and among a handful of convention centers in the world to be awarded LEED certification. Vanderweil successfully led the project team through this certification, returning to the BCEC years after completing the MEP design for the building.
Firms expands expertise in design of mechanical/electrical systems for healthcare facilities.
Data center design and colocation RFP’s continue to list a DCIM solution as a requirement. It is an easy box to check, or not, as is more of often the case. Like Tier certification, the...
This article discusses some of the key technology trends and emerging technology products that are facilitating life sciences education and research activities. While new technologies and approaches are constantly marketed as “must-have” solutions by manufacturers and integrators, prudent selection of educational and business technologies should be made with a clear and focused understanding of how they support and/or enhance business and educational goals.
According to the Pew Research Center, Millennials have “surpassed Baby Boomers as the nation’s largest living generation,” (April, 2016) constituting over 75 million people between the ages of 18 and 35 by 2015. It is no secret that this generation has demonstrated interest in social and environmental sustainability.
Healthcare energy consumption is at all all-time high. The average hospital uses three times the energy of typical commercial building. A study in 2013 demonstrated that healthcare facilities spend $8.8 billion per year on energy consumption.
BOSTON, Massachusetts — RGV360 is a comprehensive approach to sustainable engineering that incorporates, anticipates, and evaluates design solutions from conception of the project through a building project’s operational life.
Locally sourced alternatives to traditional building materials are popular in building construction, and for good reason. The lower amount of energy required to process natural, locally available materials presents an environmentally favorable life-cycle impact.
It is nearly impossible to walk down a street in Boston or Cambridge today without passing a building that is part of a university campus. These campuses are filled with historic and iconic buildings which express the character and strong history of each institution. While many of these buildings house prominent researchers and professors who push the envelope on new technology research, the systems within many of these the buildings are as historic as the buildings themselves.
When most think of solar energy, photovoltaics and solar thermal water heating come to mind. These are technologies that most large-scale projects consider at one point or another and are easily understood by project stakeholders. However, what are the alternative options projects can investigate to cut energy bills and reduce our impact on the environment?
Many new buildings are focusing on sustainability with words words like “green” and “eco-friendly” gaining traction with public opinion. We find ourselves often enamored with these marketable, energy efficient new buildings and lose sight of the aging buildings that exist all around us.