VT Academic and Student Affairs Building - Foundation Observations

The new Academic and Student Affairs Building at Virginia Tech is under construction just a short walk from the Department of Building Construction. What a great opportunity to observe the construction process from ground breaking onward. The finished building will include 77,301 finished square feet in 3 stories and will house two floors of dining and one floor of classroom space at a cost of just over $45,000,000. The schematic photos of the building show a green roof and rain gardens, leading me to the conclusion that cutting edge green technology was an integral part of the design process. Although construction is scheduled to take until summer 2012, I will be chronicling some of the important milestones as the foundations are constructed through December 2010.

Atlanta Summer Happenings

Sustainable development should encompass living, working, and playing through a compact urban footprint that prioritizes safety, mobility and community. This is a simple recipe for creating places that have character and contribute to a healthier planet, but our auto-centric, individualist culture has necessitated the growth of modern cities in a less compact and less healthy pattern. My summer project, through Hill International, has been to work on a project that is reinventing the "normal" development pattern in one of the most traditionally sprawling cities in the world - Atlanta, GA.

The "Green Screen"

An innovative exterior shading device has been installed on the south facing facade of the Breakell, Inc. headquarters in Downtown Roanoke. The custom-made device includes two steel pipes bent to form a wave-like appearance. The pipes are permanently attached to the building through anchor plates that penetrate the wood siding and connect to the frame of the building. The pipes alone are not expected to have much of a shading effect on the building, which is where the project gets pretty interesting. Through a fit stroke of genious, Stan Breakell specified wisteria bushes to be planted below the devices and connected via wires to the shades. The plan is for the wisteria to grow up the wires and fully encompass the steel piping.

The use of plants as shades allows for super-shading to occur in the warm spring and summer months while allowing plenty of natural light into building. When the leaves disappear in the fall and winter months, the shading devices will allow for passive solar heating of the building. The indirect benefits of this new vegetation include aesthetic improvements to the building and a small reduction in the building's CO2 footprint via reduced operating costs and the natural processes of the plants. Overall, this solution to solar shading tackles multiple issues through creative thinking.

More info on living facades and passive shading:
verticalgardenpatrickblanc.com