Misión

Studies on building systems performance, building installations, and their incidence on indoor environmental quality and health conditions. Highlighting the Vibro-acoustic and thermal analysis, energy performance assessment, and indoor air quality evaluation. Studies are carried out at laboratory, building or urban scale depending on the objectives addressed by the different projects and contracts developed.
Staff
Research Lines
Indoor environmental quality
- Studies on comfort and wellness in living spaces. Temperature, humidity, lighting, air quality, CO2 and other pollutants.
- Studies on Radon contamination: Protection systems against radon immission: Barriers; Soil Depressurization Systems; Natural and forced ventilation.
- Study on thermal performance of envelopes and energy modelling of buildings. Energy retrofit.
- Vibro-acoustics behaviour studies in construction systems and building materials.
Building systems
- Evaluation of the environmental impact of buildings, life cycle analysis and sustainability improvement.
- Industrialisation and rationalisation of construction systems for housing and related to construction materials.
- Analysis of systems and components for building facilities.
- Renewable energies.
Social approach
- Comprehensive rehabilitation of vulnerable neighbourhoods.
- Proposals for basic habitability in developing countries
- Proposals for improving living spaces for active ageing
- Energy and fuel poverty
Facilities and resources



Habitability Lab
- Tests cells for the thermal-performance evaluation of buildings and (their) construction systems
- Facilities for the acoustic performance assessment of buildings and their elements.
- Acoustic performance of wastewater disposal facilities
- Pilothouse for studies on the effectiveness of radon protection systems.
- Indoor air quality assessment facilities
- Simulations with numerical analysis software
- Geographic Information Systems
- Energy performance of buildings modelling and monitoring platform


(ENAC accreditation. ISO / IEC 17025: 2017)
- Plastics piping systems for water supply in buildings and civil works.
- Determination of thermal resistance by means of guarded hot plate and heat flow meter methods(Products of high and medium thermal resistance)
- Self-supporting double skin metal faced insulating panels. Sandwich panels.


Energy efficiency in buildings – Solar plant laboratory
- Energy saving and emission reduction in buildings