Emory University Oxford Road Building
This mixed-use building transforms a former surface parking lot into a multipurpose facility housing admissions offices, a welcome center, a large presentation room, a bookstore, and a Starbucks coffee shop. The building sits above and in front of a new parking structure that houses 300 vehicles. Sustainable features include lighting controls and a green roof.
Project Data
Emory University Goizueta Business School Renovation
Renovations of two classrooms and a small lecture hall. This project facilitates the start of the
Tennessee Tech University Engineering Building Special Technologies
Acoustics, audio-visual, communications, and intelligent buildings systems for student-centered,
222 Mitchell Street Mixed Use Redevelopment
Redevelopment of three historic office buildings and a parking structure into a mixed-use area
University of Georgia Delta Innovation Hub
Renovation of the Business Service Annex to create the Delta Innovation Hub, housing maker space,
Gateway Mixed-use Development
A thirty-five story mixed use development above three floors of underground parking. The building
Wake Forest University Engineering Department Renovation
Renovation of the Engineering Department in the Wake Downtown campus building, including teaching
Emory University School of Medicine Ophthalmology Renovations
Renovation of 2,300 square feet on the Tunnel Level and 10,000 square feet on Level Two of The Emory
Orangeburg-Calhoun Technical College Science and Nursing Facility Low Voltage Systems
Security, communications, and audio-visual systems for a science and nursing facility including a
Augusta University Center for Pharmacy and Experimental Therapeutics
Conversion of offices and classrooms in the HM Building to house a research laboratory and support
College of Charleston J.C. Long Language Laboratory Renovation
Mechanical and electrical systems, as well as acoustics, audio-visual and lighting design for the
Georgia College & State University Russell Auditorium Theatrical Lighting
Facility condition survey and design of lighting and rigging systems for the 980 seat Russell