Director of Sustainable Construction
Bros Williamson, J., Stinson, J., Garnier, C. & Currie, J. (2017). Discrepancies between theoretical and actual heating demand in Scottish modern dwellings. In PLEA 2017 Proceedings - Design to Thrive, 361 to 368. ISBN 978-0-9928957-5-4
The study reports on the differences between the actual heat consumption profiles of twelve dwellings monitored for four years and their predicted heat demand profiles as calc...
Fringuellino, M., & Smith, S. (1998). Previsione della "Transmission Loss" di pareti in mattone forato utilizzando il metodo SEA. In Atti del XXVII Convegno nazionale Associazione Italiana Acustica, 103-107
No abstract available.
Currie, J., & Capper, G. (1998). Evaluation of ventilation performance in public spaces. In G. Guarracino (Ed.), Proceedings, 2nd European conference on energy performance and indoor climate in buildings and 3rd international conference on indoor air quality, ventilation and energy conservation in buildings, 724-729
Smoking restrictions in the workplace and increased health consciousness at home have seen a sizable reduction in the number of spaces where smoking is permissible. The aim of...
Scottish Funding Council
The purpose of this follow-on project is to conduct in-situ post-occupancy energy analyses on refurbished four-in-a block dwellings that have been upgraded to high sustainability standards using: inno...
The purpose of this follow-on project is to conduct a suite of research and development testing on an innovative insulation product, focused around a live project. The insulation product, Retrofoam, u...
The feasibility study will provide building energy performance specifications and recommendations on suitable renewable technology designs for a portable accommodation unit in rural Perthshire. It wi...
Research Fellow, Energy Consultant & Lecturer
Smith, S. (1998, January). Update report on additional theoretical investigations into inter-laboratory results. Paper presented at CEN TC126 WG1 AhG4, Munich
To develop high performance floor and wall insulation products based on novel nanotechnology Aerogel materials that enhance the thermal performance of hard to treat buildings.
"This study will look at addressing the issues concerning environmentally conscious homes and reviewing how efficiently they compare asp...