Background: Prevention through Design (PtD) is a safety initiative that increases the ability of eliminating risks before construction. Implementing digital tools for PtD is an innovative way to help identify embedded risk in design phase by automating a process that is currently time consuming and extensively dependent on designers' experience. However, there is a lack of known digital safety tools available to professionals.
Objective: The aim of this article is to systematically review published research on the development of digital tools for PtD in order to point out existing processes and limitations.
Methods: The Preferred Reporting Items for Systematic Reviews and Meta-Analyzes (PRISMA) guidelines were used to search publications in Scopus database. Initially, 148 publications were found, but after applying the filters, thirteen publications were read and included in this review.
Results: Quantitative results showed few publications and quantitative results detailed the studied digital tools workings and what limitations prevent their full implementation by designers.
Conclusion: Although 53.84% of methods are automatic, existing barriers such as the inability to consider schedule, and to provide a complete database challenge the validity of these tools. Therefore, PtD still poses a research gap for future research on safety matters.
Keywords: Design for safety; building information model (BIM); construction safety; risk identification; safety engineering.