Teaching
Supervised Theses
- A PERFORMANCE-DRIVEN DESIGN MODEL OF TERRITORIAL ADAPTIVE BUILDING SKIN (TABS) FOR DAYLIGHTING PERFORMANCE OPTIMISATION IN OFFICE BUILDINGS IN EGYPT
- A parametric analysis of the thermal properties of contemporary materials used for house construction in South-west Nigeria, using thermal modelling and relevant weather data
- AN ASSESSMENT OF THE PASSIVHAUS STANDARD FOR A HOT AND ARID CLIMATE: A CASE STUDY IN QATAR
- An investigation of the thermal comfort and climate change resilience of bioclimatic design strategies for free running social housing in San Luis Potosi City, Mexico
- Analyzing and Predicting Daylight Levels for Vertical Surfaces and Adjoining Spaces in Atrium Buildings
- Analyzing the Influence of Urban Morphology on Thermal Microclimate in a Temperate Maritime Climate
- Applying the Passivhaus Standard to Terraced Housing in Jakarta – Analysis for a Hot and Humid, Tropical Climate
- Assessing the impact of indoor air quality and environmental quality on the health and well-being of social housing residents in Kazakhstan
- Classroom Façade Design for Daylighting in a Tropical Hot-humid Climate
- Enhancing Retrofit Design for Office Buildings in Indonesia’s Hot-Humid Climates: Exploring Energy and Comfort Trade-Offs through Multi-Objective Optimisation Framework
- Evaluating Passivhaus EnerPHit Retrofit Strategies for Low-Rise Suburban Dwellings in China's Hot Summer - Cold Winter Climate Region
- OPTIMISING THE PERFORMANCE OF PASSIVE DOWNDRAUGHT EVAPORATIVE COOLING (PDEC) TOWERS FOR SAUDI HOUSING: INVESTIGATING THE IMPACT OF ARCHITECTURAL FORM
- Outdoor thermal comfort and airflow in relation to urban form in Amman, Jordan: A residential setting analysis
- Predictive analysis for improving indoor air quality in buildings by accommodating the air infiltration rate and occupants' behaviours
- The eco-refurbishment of a 19th century terraced house (energy, carbon and cost performance for current and future UK climates)
- The impact of passive façade design treatments on the thermal performance of office buildings in Saudi Arabia for Current and Future Climates