In order to maintain a healthy learning environment, diagnosis and management of defects in the educational facility are paramount. The preliminary results of the ongoing research reported here seek to identify defects associated with educational buildings and their effects on the health of polytechnic students and staff in Nigeria. A questionnaire survey, including 34 defects based on a post-occupancy evaluation (POE) was used to establish relationships with the health of polytechnic students and staff. Two hundred (200) respondents were randomly selected based on their schools (faculty) within Lagos State Polytechnic. Descriptive and inferential statistics were used for analysis of the collected data. The results of the study indicate that defects such as plumbing and dampness problems, cobwebs and dust, are prominent in the institution. Also the relationship between building conditions (defects) and health problems was established, with the predictors of the health problems. Based on the findings, it is important for designers and managers of facilities within tertiary institutions to develop and implement design and maintenance policies targeted at minimizing the likelihood of plumbing, dampness, electrical, cobweb and dust problems in educational buildings due to the health risks induced by the defects. It is evident that effective maintenance schedules and policies should be put in place to ensure that facilities are not left to decay before replacement.

PurposeThe increasing pressure from clients and global construction trends have led the construction industry to seek better options for overcoming the emerging challenges and critical issues battling construction projects. The purpose of this paper is to assess the factors affecting the performance of partners in joint ventures construction projects in Nigeria.Design/methodology/approachPrimary data were collected through the administration of questionnaire to partners and consultants who have engaged in joint venture construction project in partnership with the Lagos State Development and Property Corporation. The data obtained were analyzed using Mean Item Score, Wilcoxon‐Mann‐Whitney (U‐test) test, Kruskal‐Wallis (H‐test) test and factor analysis.FindingsThe study revealed that all the factors identified were significant to the performance of partners in joint venture construction with communication, compatibility of objectives and mutual understanding among partners ranked as the most important to the performance of partners in Joint Venture Projects. A KMO value of 0.743 was also derived indicating the suitability of the data for factor analysis.Practical implicationsThe research could be beneficial to potential investors for deciding the factors that contribute significantly to the performance of Partners in Joint Venture Construction Projects for inclusion in the drafting of Joint Venture Agreements. The five groupings from factor analysis and their relationship will also help in developing a framework for Joint Venture Construction Projects.Originality/valueThe extracted factors and values will help to identify prioritized factors which could be used as an assessment tool to evaluate the performance of partners and thus identifying areas for improvement.

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Purpose Cloud computing is one of the digitalization principles used in some sectors like banking, health and construction industry. This paper aims to examine the benefits of applying cloud computing for construction sustainability in Nigeria. Design/methodology/approach The cloud computing benefits-related data were retrieved from previous studies and complemented with a questionnaire survey to obtain data from stakeholders involved in the execution of construction projects in Lagos State, Nigeria, through a convenient sampling technique. In addition, the relative importance index (RII) technique was used to investigate the acquired data. At the same time, analysis was accomplished using exploratory factor analysis (EFA). Findings indicated that numerous benefits could be derived by adopting cloud computing in the Nigerian construction industry. Findings The findings from RII analysis showed the significant benefits of data storage ubiquity (i.e. location independence), high situational awareness, team collaboration, compatibility with advanced production facilities and improved project planning. Furthermore, the analysis of these benefits was conducted using EFA for the four construction maxims: construction productivity, back-office activities, design management and billing. Originality/value This research illustrated the benefits of cloud computing in achieving a successful construction project. Besides, these findings are not only useful for achieving sustainable construction in Nigeria but also applicable to many developing countries.