WDP Office: Charlottesville
Carly specializes in building sciences and hygrothermal analysis, with an emphasis on building envelope energy code compliance and moisture accumulation issues related to long-term building performance. She primarily assists owners and designers with the specification and design of products and materials during the design process to ensure assemblies are selected using a balanced and holistic approach, particularly for retrofits and renovations of historic buildings.
Carly has authored several technical papers on building enclosure and hygrothermal performance, with work published through ASTM International, the National Institute of Building Sciences (NIBS), and The Masonry Society. Her research has addressed topics including energy code impacts on building enclosure design, hygrothermal modeling, moisture accumulation, and the performance of masonry wall assemblies. She has also presented on building enclosure design and performance at industry conferences and events, including programs hosted by the Masonry Contractors Association of America and the Construction Specifications Institute. Her work was recognized with the 12th North American Masonry Conference Outstanding Paper Award in 2015.
Carly is also actively involved in the development of industry standards through ASTM International. She serves on ASTM Committee E06, Performance of Buildings, and Committee C16, Thermal Insulation, as well as Subcommittee E06.24, Building Preservation and Rehabilitation Technology. She also serves as co-chair of the task group responsible for ASTM E3258, Standard Guide for Evaluation of Changes to the Thermal, Moisture and Ventilation Performance of Existing Roof Enclosures (with Vented or Sealed Attic or Rafter Spaces).
“As a child, I always imagined myself as a teacher. Working in the field of forensic building sciences has allowed me to fulfill my passion for learning and knowledge. It allows me to solve unique and challenging problems, oftentimes with innovative and non-traditional approaches. I really appreciate the opportunities I have to use physics and mathematics to explain issues that seemingly emerge from thin air, such as the phenomena of condensation and moisture accumulation related issues.”
