Elijah Adeyemi ROTIMI2024-07-252024-07-252023-12Kate TurabianM.Schttps://repository.lcu.edu.ng/handle/123456789/677Nature and biophilic design have received robust attention and acceptance in architecture in the last fifteen years, especially in response to concerns about environmental challenges such as climate change and building aesthetics. This study attempts to look at the effect of biophilic design on campus recreational facility. Landmark University is one of the fastest growing universities in Nigeria, experiencing increase in the number of student intake per year, as the number of student increases, there is also increase demand for recreational facility. It was established in this study that construction of recreational facility for the university community will increase work-life balance, productivity, satisfaction and improved health for both the staff and students of the university. Qualitative research method was adopted for the study using case study approach as the instrument. Five related case studies which include three locals (University of Ilorin recreation garden; Nelson Mandela Freedom Park Osogbo, Osun State and Upbeat Recreational Centre, Lekki, Legos State) and three internationals (Campus Recreational Center, University of Utah, USA and Coles Sports and Recreation Center, New York University, New York City, USA) were analysed using physical observation and photographs to record findings, furthermore, journals, articles, books and other previous research works related to the study were also reviewed. The results revealed diverse biophilic design strategies and approaches applicable to achieving a sustainable environment, benefits of biophilic design were identified. The results indicate that biophilic design is more complex and richer than the mere application of vegetation in buildings. In conclusion, a recreational center, well design and constructed with adequate building material using biophilic approach will enhance productivity of staff and student academic performance, as well as enhancing environmental sustainability. This study therefore, recommends that the findings be included in all proposed campus recreational center designs. Keywords: Biophilic design, Recreational and Students Performance, Biophilic architecture, Sustainability, Biophilic design benefit, Recreational Activities. Word count: 293enBiophilic designRecreational and Students PerformanceBiophilic architectureSustainabilityBiophilic design benefitRecreational ActivitiesThesis