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    Embracing Nature in the Built Environment: Evaluation of Biophilic Design Patterns in Selected Resorts
    (Journal of A Sustainable Global South, Vol. 7 No. 2, 2023-08) Abraham, Ajijolaoluwa O.; Oluwatayo, Adedapo Adewunmi; Nduka, Dike M.
    The integration of natural elements into the built environment, commonly referred to as biophilic design, has garnered interest due to its capacity to improve well-being and foster sustainable lifestyles. Resorts, which serve as temporary retreats for individuals seeking relaxation and leisure, offer a range of amenities and the opportunity to engage with nature. This paper aims to investigate the implementation of biophilic design patterns within selected resorts. Given its rich heritage and abundant natural resources, Ibadan, Nigeria was selected as the study location for this study. The research employed a quantitative methodology, employing convenience sampling to ensure a representative sample from the population. Questionnaires were distributed using a census sampling technique. The results of this study demonstrate a substantial implementation of biophilic design strategies in the chosen resorts. It is strongly advised to incorporate biophilic design strategies right from the inception of the design process, rather than considering them as an afterthought.
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    EVALUATION OF ENERGY EFFICIENCY STRATEGIES FOR THE DESIGN OF GUILDANCE COMMUNITY DEVELOPMENT FOUNDATION COMMUNITY CENTER, AGO, LAGOS, NIGERIA
    (Covenant University Ota, 2025-07) Demide, Eneji Alikali; Covenant University Dissertation
    This study investigates the deployment of design strategies that enhance energy efficiency in designing community centers in Lagos, Nigeria, highlighting the critical need for sustainable practices in urban infrastructure. As Nigeria grapples with rapid urbanization and energy challenges, community centers are vital hubs for social interaction and service delivery. However, many facilities operate inefficiently due to outdated infrastructure and a lack of integration of modern energy-saving technologies. This research aims to identify effective energy-efficient strategies tailored to the unique context of Lagos while examining the barriers to their implementation. Through qualitative interviews with key stakeholders and quantitative assessments of energy consumption patterns, this study evaluates the impacts of energy inefficiency on operational costs and environmental performance. The findings underscore the importance of adopting innovative solutions, such as solar power systems and passive cooling techniques, to enhance sustainability and reduce operational costs. Addressing the existing knowledge gaps and providing targeted recommendations, this research contributes to advancing sustainable urban development practices in Nigeria, ultimately fostering improved quality of life for residents.