Temitayo Samson OgedengbeIkumapayi Omolayo MichaelAdekunle Akanni AdelekePeter Pelumi IkubanniAdeiza Avidime Samuel2025-01-302023-05-22Ogedengbe, T.S. et.al. (2023). A Review of Failure Analyses in Engineering: Causes, Effects and Possible Solutions. 2023 International Conference on Science, Engineering and Business for Sustainable Development Goals (SEB-SDG)979-8-3503-2478-5DOI: 10.1109/SEB-SDG57117.2023.10124556https://repository.nileuniversity.edu.ng/handle/123456789/303Failure analysis is centred on finding the reasons why machine parts lose functioning in an unintended way. In order to identify the damage's primary cause and ensure that it doesn't happen again, failure analysis investigation is necessary in determining the maximum amount of a specific type of load that may be applied to a structure without producing failure. It is frequently of interest throughout the design phase for engineering constructions. This provides the factor of safety against machine failure. This study is aimed at a review of failure analysis in recent times and as such 51 articles were reviewed, most of which were published no later than 2017. In this study, we critically examined and endorsed the idea of using failure as a methodological concept to foster creativity. Engineering-related operational methods, such as causes of failure, types of failure, possibility thinking, and reflexivity following failure, aided in reinforcing this educational study. We also made assumptions about potential design components for a technologically sophisticated failure assessment.enFailure AnalysisCauses of failuretypes of failureEngineerReflexibility.Article