Richard Fitton

Professor Richard Fitton is a leading academic at the University of Salford's School of Science, Engineering & Environment, where he serves as Technical Lead for the Energy House 2 project and Chairman of the British Standard for Retrofit Assessment. With a PhD in Building Physics and status as a chartered building surveyor and Fellow of the RICS, he directs critical research in building energy performance and international standards development.

His research focuses on Building Physics, Energy Performance of Buildings, and Climate Change adaptation, with particular expertise in thermography, insulation, and energy pathology. His work bridges academic research and industry standards through leadership roles in the International Energy Agency and Building Research Establishment's SAP Scientific Integrity Group.

Analysis of his 15 most recent publications reveals concentrated research on zero-carbon housing standards, thermal performance validation, and Future Homes Standard compliance. Key themes include controlled-environment testing of building systems, energy modeling calibration, and retrofit performance analysis. His work consistently addresses the UK's net-zero targets through practical building physics applications.

Scientific Recognition:

• Fellow of the Royal Institution of Chartered Surveyors (FRICS)
• Chairman of British Standard for Retrofit Assessment
• Member of SAP Scientific Integrity Group at BRE
• Technical Lead for Energy House 2 project

Professor Fitton actively supervises PhD students in Energy Performance, Building Physics, and Building Surveying topics. His research is supported by major projects including the Department for Energy Security and Net Zero's DEEP Retrofit Project and collaborations with industry leaders like Bellway Homes, Saint-Gobain, and Barratt Developments. He directs the Energy House Labs Innovation Institute, which operates the world's most advanced environmental testing facility for full-scale houses under controlled climate conditions.

The Energy House 2.0 facility enables groundbreaking research on building performance under extreme weather conditions, supporting the development of next-generation construction standards. This infrastructure positions Professor Fitton at the forefront of building physics research, directly informing UK energy policy and international building standards.