Reliability, Availability, Maintainability and Safety (RAMS) Training
Short Course SCRAMS001
RAMS for Managers
Give your leadership team a clear understanding of RAMS processes and how they boost organisational performance and safety.
Give your leadership team a clear understanding of RAMS processes and how they boost organisational performance and safety.
Audience : Operators, Managers
Duration: 1 day
Course Outline:
- Concept phase: deriving RAMS requirements, Function-Object matrix
- Development phase: Failure definitions, System-function analysis, FMEA, Fault Tree Analysis
- Manufacturing phase: Maintenance strategies
- Operation and maintenance phase: Risk and performance based maintenance based on LCC analyses, software tooling (RCM Cost)
- Practical examples tailored for your specific sector
Short Course SCRAMS002
RAMS for Engineers and Designers
Hands-on training to specify requirements, implement RAMS processes, and design systems that meet stakeholder expectations.
Hands-on training to specify requirements, implement RAMS processes, and design systems that meet stakeholder expectations.
Audience : Engineers, Designers
Duration: 2-3 days
Course Outline:
- Concept phase: Define and allocate RAMS targets and requirements; Preliminary Analysis (PSSA, PHA)
- Development phase: Failure definition, Functional analysis, FMEA, Quantitative and Qualitative analysis, design for maintainability, testing and monitoring
- Manufacturing phase: Testing for reliability, Maintenance strategies
- Operation and maintenance phase: Reliability Centered Maintenance, Reliability Growth, FRACAS, Change Management
- Examples and real case studies are customer specific and oriented toward the interested field of application
Short Course SCRAMS003
Get To Work With RAMS
In-depth training on requirements, verification loops, and SE tools to improve design and project outcomes.
In-depth training on requirements, verification loops, and SE tools to improve design and project outcomes.
Audience : Operators, Engineers, Managers
Duration: 1 -5 Days
Course Outline:
- Bespoke content to address specific RAMS aspects including:
- Failure Mode Effects and Criticality Analysis (FMECA)
- Fault Tree Analysis (FTA)
- Life Cycle Cost (LCC) analysis
- Reliability Centered Maintenance (RCM) analysis
- Level of Repair Analysis (LORA)
- Event Tree Analysis (ETA)
- Reliability Block Diagram (RBD) analysis
- Hazard Identification (HAZID)
- Hazard and Operability (HAZOP) analysis
- Safety Integrity Level (SIL) / Performance Level (Pl) assessment
- External Event Analysis/Particular Risk Analysis (PRA)
- Human Reliability
- Software Failure Analysis
Short Course SCRAMS005
Reliability Prediction Analysis
Understand the basis of RPA, learn how to find or estimate reliability and understand the limitations of the analysis
Understand the basis of RPA, learn how to find or estimate reliability and understand the limitations of the analysis
Audience : Operators, Engineers, Managers
Duration: 4 hours
Course Outline:
- Definitions and Goals
- Reliability Modelling
- Reliability standards
- Prediction calculations
- Reliability data
- From theory to practice
Short Course SCRAMS004
A concise course covering FRACAS
Learn how to establish an efficient and effective FRACAS and how it can benefit your organization and enhance your product performance
Learn how to establish an efficient and effective FRACAS and how it can benefit your organization and enhance your product performance
Audience: Managers, Engineers, Operators
Duration: 4 hours
- Definitions and Goals
- Establishing metrics
- FRACAS Process
- Database and Management
- Occurrence assessment
- Corrective Actions
Short Course SCRAMS006
Reliability Centred Maintenance
Understand the key concepts and activities of RCM
Understand the key concepts and activities of RCM
Audience: Managers, Engineers, Operators
Duration: 4 hours
- Definitions and Goals
- Applicable standards
- Maintenance Significant Items identification
- Functional breakdown
- Failure modes and assessment
- Zonal Analysis
- Lightning/High Intensity Radiated Field (L/HIRF) Analysis