Architect: BAUER ASKEW Architecture
Location: Clarksville, Tennessee, USA
Project Team: BAUER ASKEW Architecture, Design Architect; Rufus Johnson Associates of Clarksville, Inc., Architect of Record
Consultants: McIntosh-Murphy Company, Inc., Masonry Contractor; K&S Structural Engineers, Structural ENgineer; the Parent Company, General Contractor
Project Area: 20,000 SF
Project Year: 2010
Photographs: Jeffrey Jacobs Photography
As part of the development of the solar power industry in the area, the Hemlock Semiconductor Corporation (HSC) relocated to Clarksville, TN. The company partnered with Austin Peay State University seeking to create an educational space for Chemical Engineering Students. At the facility, HSC would give lessons in the management of various operations at the plant as well as operations at other chemical manufacturing facilities.
BAUER ASKEW Architecture designed the 20,000 SF building located at the southeast entry to the campus. The building sits across the street from the Sundquist Science Complex, a facility ten times the size of the Hemlock Semiconductor Building. To overcome this challenge, the architects maintained a similar language between the two and aligned the footprint with the wing of the Science Center to form a gateway into the campus.
A sundial clock tower was designed to keep with the influence of solar technology on the building. The tower is formed with steel I-beams and clad with active solar panels. The gnomon – the arm that casts a shadow on the dial plate – is precisely placed to accurately convey the time in both central standard and daylight saving time. Due to the non-circular orbit of the earth, a supplemental time correction table provides a scale for the observer to interpolate the exact time throughout the year.
The interior of the building contains lab stations that demonstrate various manufacturing funcitons and also acts as the focul point of the facility. The space is housed in a two-story volume with a glass-enclosed southern facade, showcasing the developing technology. Adjacent classrooms overlook the lab to reinforce the continuing education within the facility.
The lab volume is defined separately by iconic parapet chimney forms that are found throughout the Austin Peay State University campus. Its southern exposure and steeply-sloped roof enables the use of solar panels to supplement this building’s energy supply. A horizontal sunscreen allows natural light and views into and out of the lab, while deterring unwanted summer heat gain and allowing desirable winter warmth. While the building’s selected materials evoke a connection with the color, scale, proportion, and Georgian elements of the original campus fabric, they also produce an awareness of the emerging technology that the building strives to develop.