Consultancy Services

Integrity-led advice to support clear, proportionate, and defensible safety decisions in complex systems.

We provide consulting support to help organisations make sound, integrity-led safety decisions in complex and safety-critical contexts.

Our consulting work focuses on functional and systems safety, reliability, and risk-informed decision-making. We support leaders and technical teams to think clearly about design intent, risk, performance, and assurance across the full system lifecycle — from concept and architecture through to operation and change.

We work with clients to shape strategy, clarify safety and performance arguments, and strengthen governance in a way that is proportionate, practical, and grounded in real operational conditions. This includes supporting the integration of safety, reliability, availability, and maintainability considerations so that engineering decisions remain defensible, deliverable, and aligned with real-world use.

Our consulting experience spans rail, machinery and industrial equipment, mining, automotive, and aerospace sectors.

Within these contexts, we support structured analysis activities such as hazard identification, risk assessment, and reliability analysis — ensuring these processes are well-governed, proportionate, and meaningfully integrated into wider engineering and business decision-making.

We recognise that effective consulting is not about imposing templates or theoretical models. It requires judgement, context awareness, and the ability to integrate technical rigour with human decision-making. Our role is to provide clear thinking, structured challenge, and trusted advice that supports confident and defensible safety-critical decisions.

Typical consulting support includes:

  • Safety and reliability strategy and planning
  • System and functional safety advice
  • Reliability, availability, and maintainability (RAM) considerations across the lifecycle
  • Safety governance and organisational arrangements
  • Support to senior leaders and decision-makers
  • Review and strengthening of safety and performance arguments
  • Facilitation and leadership of structured analysis activities, including:
  • Hazard identification and risk assessment (e.g. HARA, HAZOP, DFMEA)
  • Reliability and availability analysis
  • Integration of analysis outputs into safety arguments, design decisions, and operational trade-offs