Advancing safety analytics: A diagnostic framework for assessing system readiness within occupational safety and health

• Published in: Safety science 2022-02, Vol.146, p.105569-105581, Article 105569
• Main Authors: Ezerins, Maira E., Ludwig, Timothy D., O'Neil, Tara, Foreman, Anne M., Açıkgöz, Yalçın
• Format: Article
• Language: English
• Subjects: Big Data; Data acquisition; Data analysis; Data analytics; Data collection; Decision analysis; Injury analysis; Mathematical analysis; Medical diagnosis; Missing data; Nomenclature; Norms; Occupational health; Occupational safety; Readiness assessment; Safety analytics; Safety management
• ISSN: 0925-7535; 1879-1042
• DOI: 10.1016/j.ssci.2021.105569

Big data and analytics have shown promise in predicting safety incidents and identifying preventative measures directed towards specific risk variables. However, the safety industry is lagging in big data utilization due to various obstacles, which may include lack of data readiness (e.g., disparate databases, missing data, low validity) and personnel competencies. This paper provides a primer on the application of big data to safety. We then describe a safety analytics readiness assessment framework that highlights system requirements and the challenges that safety professionals may encounter in meeting these requirements. The proposed framework suggests that safety analytics readiness depends on (a) the quality of the data available, (b) organizational norms around data collection, scaling, and nomenclature, (c) foundational infrastructure, including technological platforms and skills required for data collection, storage, and analysis of health and safety metrics, and (d) measurement culture, or the emergent social patterns between employees, data acquisition, and analytic processes. A safety-analytics readiness assessment can assist organizations with understanding current capabilities so measurement systems can be matured to accommodate more advanced analytics for the ultimate purpose of improving decisions that mitigate injury and incidents.