2025
Energy Rehabilitation of Buildings
Name: Energy Rehabilitation of Buildings
Code: ERU10920O
6 ECTS
Duration: 15 weeks/156 hours
Scientific Area:
Civil Engineering
Teaching languages: Portuguese
Languages of tutoring support: Portuguese
Sustainable Development Goals
Learning Goals
This curricular unit aims to prepare students for designing of buildings from thermal, acoustical, indoor air quality and daylighting point of view. It constitutes an introduction to the professional practice in these fields.
Contents
1. Environmental conditions required to obtain comfort. Thermal, acoustic and visual comfort and indoor air quality.
2. Thermal rehabilitation
2.1 Thermal comfort and energy efficiency.
2.2 Regulation requirements applicable to rehabilitation of existing buildings.
2.3 Diagnosis and intervention methodologies.
2.4 Assessment and energetic techno-economic interventions.
3. Acoustical rehabilitation
3.1 Regulation requirements applicable to rehabilitation of existing buildings.
3.2 Airborne sound insulation.
3.3 Impact sound insulation.
3.4 Room acoustics.
4. Luminic rehabilitation
4.1 Capture, transmition, distribution, protection and control.
4.2 Advanced daylighting systems.
5. Rehabilitation to provide indoor air quality.
5.1 Indoor pollutants sources.
5.2 Strategies to control indoor air quality.
5.3 Ventilation and indoor air quality.
6. Building rehabilitation solutions
2. Thermal rehabilitation
2.1 Thermal comfort and energy efficiency.
2.2 Regulation requirements applicable to rehabilitation of existing buildings.
2.3 Diagnosis and intervention methodologies.
2.4 Assessment and energetic techno-economic interventions.
3. Acoustical rehabilitation
3.1 Regulation requirements applicable to rehabilitation of existing buildings.
3.2 Airborne sound insulation.
3.3 Impact sound insulation.
3.4 Room acoustics.
4. Luminic rehabilitation
4.1 Capture, transmition, distribution, protection and control.
4.2 Advanced daylighting systems.
5. Rehabilitation to provide indoor air quality.
5.1 Indoor pollutants sources.
5.2 Strategies to control indoor air quality.
5.3 Ventilation and indoor air quality.
6. Building rehabilitation solutions
Teaching Methods
Oral presentations and case studies.
Written tests, individual and group works and oral
presentations.
Written tests, individual and group works and oral
presentations.
