Safety Consulting: Prevention Through Design (PtD)
Our Prevention Through Design (PtD) consulting services help organizations identify and eliminate hazards at the design stage of processes, products, and facilities.
By integrating safety principles early, businesses can reduce risks, improve operational efficiency, and create safer working environments for all personnel.
- Hazard Elimination
- Identify & eliminate hazards at the design stage before they become costly problems
- Process Safety
- Integrate safety principles into processes, products & facilities from the outset
- Operational Efficiency
- Reduce risks while improving overall operational performance and productivity
- Safer Workplaces
- Create safer environments that protect your workforce before work even begins
The most powerful moment to eliminate a hazard is before it exists. Prevention through Design is how responsible teams make safety a design requirement — not an afterthought.
The 6-Step PtD Process
A complete, closed-loop process that takes a project from initial design study through to formal handover — with built-in feedback loops to revisit earlier stages whenever risks remain unresolved.
Built-in feedback loops return the process to earlier steps if risks remain unresolved — for example, if Implementation reveals new hazards or if proposed Controls do not adequately reduce risk — ensuring every hazard is adequately controlled before handover.
Advantages
Business Success
Prevention through Design delivers measurable value well beyond compliance. By identifying and resolving hazards before they reach the build phase, organisations reduce the risk of delays, rework, cost overruns, and safety incidents — protecting both project budgets and people.
The structured, documented approach also creates a defensible audit trail, demonstrating due diligence to clients, regulators, and insurers. Over time, embedding PtD into standard design practice raises the overall quality and consistency of outputs. Teams develop shared competence in risk thinking, improve cross-discipline communication, and build a culture where safety is designed in from the first line drawn — not inspected in at the end.
Mandatory or Optional?
In many jurisdictions, Prevention through Design is not a standalone legal requirement — but the obligations it fulfils very often are. Regulations governing design safety in construction, engineering, and product development increasingly require designers to demonstrate that foreseeable risks have been systematically identified and controlled before work on site or in production begins.
In practice, PtD is less about a checkbox and more about professional responsibility. It protects the design team, the client, the contractor, and the end-user. For any project where safety, structural integrity, or operational reliability cannot be left to chance, Prevention through Design is not optional — it is expected.
Frequently Asked Questions
At what stage should Prevention through Design begin?
PtD should begin at the very earliest stage of the design process — ideally during concept development, before any detailed drawings or specifications are produced. The earlier hazards are identified, the simpler and less costly they are to eliminate. Once a design is advanced or construction has started, the range of available controls narrows significantly and the cost of change rises sharply.
What is the hierarchy of controls used in Step 4?
The hierarchy of controls in PtD follows a strict priority order, from most to least effective: Elimination (removing the hazard entirely from the design), Substitution (replacing a hazardous element with a safer alternative), Engineering Controls (designing physical safeguards into the system), and Administrative Measures (procedures, training, and warnings). Teams are required to work through this hierarchy in order, applying higher-level controls wherever feasible before resorting to lower-level ones.
Can PtD be applied to both construction and product design?
Yes. Prevention through Design is applicable across any discipline where design decisions influence the safety of those who build, operate, maintain, or interact with the end result. It is widely used in building and infrastructure projects, mechanical and structural engineering, manufacturing, oil and gas, and product development. The six-step process remains consistent across sectors, though the specific hazards, standards, and regulatory requirements will vary by industry.
What happens if a risk cannot be fully eliminated?
Where full elimination is not technically or practically feasible, the process moves down the hierarchy of controls — substituting a less hazardous material or method, engineering physical safeguards into the design, or establishing administrative controls such as safe work procedures and training requirements. The key principle is that residual risk must be reduced to as low as reasonably practicable (ALARP). All residual risks and the rationale for the controls chosen must be documented and communicated to those responsible for construction, operation, and maintenance.
Ready to Build Safer Designs?
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