publications

The global history of flood is full of documented cases of massive devastation and havocs to the built environment. In recent times, global warming has led to climate change resulting in increased frequency of flooding. The magnitude, scope and impact of these flood events on the built environment cannot be overemphasized.

This study aimed to examine building collapses in Nigeria, focusing on Jos metropolis in Plateau State as a case study. The specific objectives were to investigate the Socio-Economic and Environmental Impact of building collapses in Jos metropolis, identify the primary causes, evaluate the supervisions rated factors which has contributed to building collapse in Jos metropolis, Plateau State, and recommend solutions to reduce or eliminate such incidents.

This article presents a comprehensive narrative review exploring the intricate relationship between architecture, social housing, and Sustainable Development Goal 11 (SDG-11) in Nigeria. The narrative review method was chosen for its ability to provide a broad, in-depth analysis by synthesising and critically evaluating existing literature.

The main source of indoor discomfort has been identified as high solar radiation entering through the roofs and ceiling layout. The synergistic combination of ceiling underlay and roofing sheet was critical in controlling internal heat imbalance in the tropics. Hence, this works examined the impact of lined and non-lined aluminium roofing sheet in the tropical buildings, Ibadan Nigeria.

The challenges of unguided housing transformations without adherence to stipulated guidelines in public housing estates has become a major concern amongst housing scholars in the global South Countries.

There has been a renewed conversation on thermal performance and thermal efficiency of buildings lately as a means of addressing the current energy crisis and series of environmental problems, this is because the building sector constitutes a substantial percentage of overall global consumption and demand for energy. Buildings generally, and residential buildings in particular consume a lot of energy for ventilation, heating, and air conditioning.

There has been a renewed conversation on thermal performance and thermal efficiency of buildings lately as a means of addressing the current energy crisis and series of environmental problems, this is because the building sector constitutes a substantial percentage of overall global consumption and demand for energy. Buildings generally, and residential buildings in particular consume a lot of energy for ventilation, heating, and air conditioning.

Scrutiny of the NBTE-approved curricula and course specifications for both National Diploma and Higher National Diploma students of Architectural Technology revealed that the revised document has new courses and upwardly reviewed course hours of some existing courses. Students are now expected to spend extended periods in the studio for sundry academic tasks. This puts considerable pressure on their visual comfort especially when lighting conditions are below-par, inappropriate, and ineffectual.

Construction plays a crucial role in developing a country's infrastructure, yet the industry faces significant challenges in managing construction material waste, predominantly generated from the demolition of structures. This waste impacts project costs, profitability, and the environment. Common waste materials include concrete, sand, aggregates, steel, bricks, glass, electrical fixtures, and tiles, with less common materials like paints, PVC pipes, and glass fixtures also affecting profitability.

This study investigates the effect of roof design on rainwater harvesting in rural Toshia, Yunusari Local Government, Yobe State. Using cluster sampling, 40 households were randomly selected from four streets (A-D). Field observations, questionnaires, and rainfall data analysis revealed that sustainable roof designs significantly impact rainwater harvesting potential.