The Lofts of Washington University has been awarded LEED Platinum Certification from the United States Green Building Council. The project received 84 total points out of only 80 required to achieve platinum, the highest level of certification. This 167-unit student housing and retail complex located in the Delmar Loop area of University City, Missouri, features a United Provisions grocery store and the 24-hour Peacock Loop Diner. The $80 million project was built on 4.5 acres which were previously occupied by underutilized buildings and surface parking.
Together with the University, the project team was striving for platinum certification throughout the design and construction process. Cole’s contribution includes working closely with Paric, the General Contractor, on pollution prevention during construction. In addition, Cole utilized a creative approach to stormwater management with a 25,000 gallon cistern to harvest rain water, several rain gardens for bioretention, and assisted DTLS Landscape Studio on a green roof. Cole has been involved in many LEED Certified projects on the Washington University campus, but this is the first LEED Platinum Certification for both Cole and the University.
Designed to minimize impact on the environment while creating healthy spaces for people, it is anticipated that the project will be 46 percent more efficient than standard construction. Architects Tao + Lee and William Rawn Associates are responsible for the solar thermal panels which heat 25 percent of the buildings’ hot water, solar photovoltaic cells providing 10 percent of the electrical needs, and exterior aluminum sunshades serving as both a cooling element and a unique design feature.
The Lofts is the first model of its kind for Washington University. The mix of uses brings new amenities to the neighborhood and has created a positive dramatic change for the Delmar Loop built environment.
Washington University celebrated the new Knight Hall and Bauer Hall last Friday at a very well attended ribbon cutting and building dedication ceremony. This major expansion was constructed adjacent to the Charles F. Knight Executive Education Center on the current site of Eliot Hall and nearly doubles the size of the Olin Business School on the Danforth Campus. A striking glass atrium links two five-story state-of-the-art buildings which provide 175,000 sf of new program space. The $90 million project integrates seven classrooms, an auditorium, 75 faculty offices, numerous forums, lounges, offices, and spaces for interaction and collaboration.
Cole’s primary responsibilities included design of the storm and sanitary sewer systems, site grading, design of Best Management Practices (BMP’s), ADA accessibility, and coordination for LEED certification. The project also encompassed several ancillary efforts to accommodate the expansion. This consisted of a stair tower addition with a fully functional green roof which can be used for gathering space at McMillan Hall, additional labs and classroom space, and a new pedestrian plaza to create a cohesive new identity for Olin Business School. We worked alongside a talented team which included Tarlton Corporation as the Construction Manager; Santa Monica, CA, based Moore Ruble Yudell, Architect-of-Record; local Mackey Mitchell Architects, Associate Architect; KPFF, structural engineer; and mechanical engineers of Buro Happold and William Tao & Associates.
Cole is honored to continue our collaboration with Washington University on this and many other campus projects. We’re proud to contribute to the resources and spaces that build momentum for the students, faculty, and alumni.
Stribling Hall at the Missouri Military Academy (MMA) has recently been awarded LEED Silver Certification by the United States Green Building Council. Cole worked with M+H Architects on the demolition of existing Stribling Hall and construction of a new 6,000 SF building and improvements to the main entry of the campus and drop-off area. Cole’s contribution to LEED Certification included a stormwater pollution prevention plan, calculations for dedicated open space, drought tolerant native landscape design, and a tree shadow study complete with the selection of highly reflective paving materials. Our additional responsibilities included site grading, storm and sanitary sewer design, AutoTurn analysis, and consultant coordination for geothermal well layout and associated piping.
Ensuring that our projects endure through smart and skillful design and implementation is an intrinsic part of what we do here at Cole. Whether it’s water quality, material reuse, or energy efficient construction methods, we incorporate sustainable practices wherever possible. Our success lies in allowing sustainable elements to drive design decisions and subsequently integrate seamlessly with the built project. Stribling Hall, which was completed in early 2012, is the 10th LEED Certified project on which Cole has worked and the second on the MMA campus.
Cole has been busy at Washington University in St. Louis, MO. This thriving partnership was kicked off in 2009 when we completed a Metropolitan St. Louis Sewer District approved campus-wide stormwater master plan. The plan is presently used to expedite approval for future projects and has guided the development of Cole designed projects such as Brauer Hall and Green Hall. These adjoined buildings make up the School of Engineering and Applied Science complex located on the nine-acre Danforth Campus. Both projects have received LEED Gold certification from the United States Green Building Council.
Speaking of green, we’re working with the progressive facilities team at Washington University on the first green roof associated with their main campus. Our calculations for stormwater quantity and quality are being guided by the incorporation this green roof on a current student housing project. The terraced garden area with surrounding views will mitigate water runoff and function as a place for students to gather and relax.
Cole has also had a big role in campus connectivity, pedestrian/bicycle safety, and traffic flow. We designed 1,200 feet of new ADA accessible sidewalk for shared use by pedestrians, bicycles and emergency vehicles. As part of the project, three bike parking nodes were designed with pervious pavement in order to offset requirements for stormwater detention.
Additional work around campus includes the design of storm and sanitary sewer systems, exterior improvements, design of Best Management Practices (BMP’s), ADA accessibility design, and assistance on LEED certification coordination.
We are thoroughly enjoying our collaboration with Washington University as these and many other projects contribute to their commitment of helping students grow academically and socially. Check out our work on this state-of-the-art campus:
Keep an eye out for future WUSTL updates and others as our campus portfolio continues to expand!