The City of Clayton, MO, has selected Cole as their ADA Transition Planning consultant. Our team will be examining the existing conditions of pedestrian access routes to assist Clayton in achieving compliance with the 2010 Americans with Disabilities Act (ADA) Standards & Regulations and Public Rights-of-Way Accessibility Guidelines (PROWAG). The end result will be a legally defensible ADA transition plan including a prioritized list of barriers and estimated annual budget for removal.
Data will be collected on 60 miles of sidewalk, 1200 curb ramps, and 23 signals in the City of Clayton. We are conducting the ADA public inventory using a modern technology built custom for ADA transition planning. These highly accurate and cost effective tools involve a ULIP (Ultra Light Inertial Profiler) mounted on a segway along with a Cole developed ArcGIS Database, web portal and electronic forms for data collection, synching, and sharing. We’re also assisting the City with staff training, public outreach, and grievance procedures.
Cole is pleased to continue working with the City of Clayton. The project will begin next month when we kick off work plan development and review of the City’s existing policies and design standards as they pertain to the ADA.
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!
Cole was selected by St. Louis County for the Americans with Disability (ADA) Public Infrastructure Transition Plan. The plan will ultimately establish compliance with ADA guidelines on intersections and sidewalks throughout St. Louis County. These guidelines ensure that the transportation environment functions safely and effectively for individuals with any number or type of disability.
This project involves the inventory of approximately 800 miles of sidewalk and inspecting nearly 4000 intersections which include 863 signalized intersections and approximately 15,000 curb ramps. Cole’s team is conducting the ADA public inventory in a highly accurate and cost effective manner by utilizing new and modern technology which consists of a ULIP (Ultra Light Inertial Profiler) mounted on a segway. Cole kicked-off the project this month by developing a web portal and geo-database in ArcGIS. Data collection and inventory is expected to commence in March, 2012.