RAMS Engineering
Reliability, availability, maintainability and safety analysis and management across the system lifecycle — from targets and apportionment to demonstration.
SafeCert is an independent safety assurance practice. We provide functional safety, RAMS engineering and safety assessment for railway, medical, mining and aerospace systems — building the evidence that proves a system is safe to certify and safe to operate.
From the first hazard identification to the final safety case, we deliver the analysis, verification and independent assessment that turn a design into a defensible safety argument.
Reliability, availability, maintainability and safety analysis and management across the system lifecycle — from targets and apportionment to demonstration.
Independent assessment and assessor support that demonstrate conformance to the standard and give your stakeholders confidence the safety claim holds.
Structured hazard identification and analysis — PHA, sub-system and interface hazard analysis, FMECA and fault tree analysis — maintained through a live hazard log.
Clear, evidence-based safety cases and assurance arguments that tie every safety requirement to the verification and validation that closes it out.
Independent V&V planning, execution and reporting across the full V-model — requirements, design, integration and validation — with traceable results.
Software safety to the required integrity level, tool qualification, and the configuration and evidence management that keeps a software baseline auditable.
Standards gap analysis, compliance matrices and certification readiness — so audits and assessments meet no surprises and evidence is where it should be.
Functional safety and RAMS training tailored to your team, your domain and your standards — building the in-house capability to sustain assurance over time.
Every regulated sector speaks its own safety language. We work natively in the standards, methods and evidence each one demands.
Signalling, rolling stock, platform systems and level crossings — full CENELEC safety lifecycle, from concept and risk assessment to the system safety case and independent assessment.
Risk management and software safety for medical electrical equipment and connected devices, with the documentation trail expected by regulators and notified bodies.
Machinery and functional safety for mining equipment and autonomous operations — safety functions, vehicle and personnel interaction, and operation in hazardous environments.
Airborne systems and equipment assurance — system safety assessment and the development-assurance discipline for both airborne software and electronic hardware.
We engage at whatever stage you are at, and work the same disciplined sequence end to end. Every step produces evidence that feeds the next.
Define the system boundary and safety context, identify hazards, and run a gap analysis against the governing standard.
Assess risk, derive safety requirements and integrity levels, and set RAMS targets — captured in a traceable baseline.
Independent verification, validation and assessment across the lifecycle, with results traced back to every requirement.
Compile the safety case, support certification, and keep the argument valid through change and into service.
Our value is impartiality. We assess and assure without a stake in the design decisions, so the safety claim is credible to everyone who relies on it.
We live in CENELEC, IEC, ISO and RTCA standards day to day — and translate their requirements into practical, defensible engineering evidence.
From concept hazard identification to in-service safety management, we cover the whole V-model rather than a single isolated phase.
We produce the right evidence in the right form — rigorous where it matters, proportionate where it doesn't, and ready for assessment.
Tell us about your system, the standard you're working to, and where you are in the lifecycle. We'll come back with how we can help.