- Project plans
- Project activities
- Legislation and standards
- Industry context
Last edited 10 Dec 2018
How to share health and safety information through BIM
Building information modelling (BIM) is now widely used to share design and technical information during project delivery and operation. Ant Burd introduces a new specification designed to get health and safety data included too.
Users of BIM will be the first to admit that, to date, there has been a dearth of guidance on how you should go about sharing all-important structured health and safety information across project and asset life cycles.
PAS 1192-6 Specification for collaborative sharing and use of structured health and safety information using BIM (BSI, 2018) supports the development of structured health and safety information for all building and infrastructure projects from the outset.
The document is the latest in the PAS 1192 series, which sets out the requirements for model detail, information, definition and information exchanges to achieve the UK government’s requirement for level 2 BIM in the delivery of public sector projects (Kosandiak and Atkin, 2016).
In support of the ongoing digital transformation in the sector, BSI developed PAS 1192-6, which sets out a model process of how digital health and safety risk information should flow through every stage of a construction project. It focuses on the needs and perspective of the end user.
PAS 1192-6 was specifically developed to enable users of BIM methods and techniques to identify, use and share health and safety information in a collaborative way. Doing so will ultimately help to drive health and safety risks further down through the life cycle of a project and built asset.
Because risks on a construction site vary widely, PAS 1192-6 requires each risk to be placed in context, with the filtering of hazards according to a scale. The guidance is explicit in assisting with how to prioritise elevated risks that are safety-critical.
 Universal relevance
- Provide a safer and healthier environment for end users.
- Mitigate the inherent hazards and risks across the asset life cycle.
- Improve construction health and safety performance, with fewer incidents and associated impacts.
- Provide clearer and more relevant health and safety information to the right people at the right time.
- Reduce construction and operational costs.
- The digital exchange and use of health and safety information is intended to be relevant and support the unique requirements of each individual project, site and built asset.
Construction professionals know from experience that health and safety standards and approaches in the construction sector save lives and reduce the operational costs of a project. Consequently, guidance on applying health and safety information from the start to the end of life of a project or asset is a win–win for all stakeholders in a built-environment project.
This article was originally published here on 26 Nov 2018. It was written by Ant Burd.
 Related articles on Designing Buildings Wiki
Featured articles and news
How can these valued spaces be reused?
Partnership avoids the need for listed building consent.
Connecting building design from inception to completion to operations.
Gregor Harvie predicts interoperability will be construction’s Uber moment.
Expert commentary and insight.
Guidance offered for stained glass window maintenance.
Define need before determining viability.
Framework examines social value of projects.
RfX or Request for [fill in the blank].
Organisation establishes Equality, Diversity, Inclusion taskforce.
Government announces plans for new building projects.
Outsourcing method to procure and manage supplies.
Joint support of Local Authority Historic Environment and Conservation Services.
The Chesapeake Bay Bridge-Tunnel is an outstanding achievement.
Buildings of the interwar years. Book review.