Model-based RAMS for safer, more reliable energy assets.
MADE helps oil and gas organisations connect reliability, safety, maintainability, availability and lifecycle decision-making into one trusted Digital Risk Twin.
Remote and safety-critical assets need connected engineering insight.
Oil and gas operations rely on complex, highly interdependent systems operating in harsh, remote and safety-critical environments. Traditional RAMS processes often sit across disconnected spreadsheets, reports and discipline-specific tools, making it difficult to maintain traceability, understand system-level risk and optimise lifecycle performance.
MADE creates a single model-based source of truth.
MADE enables teams to understand how failures propagate, how maintenance decisions impact availability, how risk accumulates across connected systems and how design or configuration changes affect long-term asset performance.
Oil & Gas challenges MADE helps address
MADE supports engineering and asset management teams across offshore, subsea, remote, processing and production environments.
Remote and unmanned operations
Support risk-based maintenance, operational readiness and decision-making for remote, unmanned and minimally crewed assets.
Safety-critical risk management
Connect failure modes, hazards, controls and consequences to improve visibility of safety-critical dependencies across complex systems.
Lifecycle cost optimisation
Evaluate how reliability, maintainability and support strategies affect downtime, operational disruption and long-term sustainment costs.
Asset integrity and ageing systems
Preserve engineering knowledge and support ongoing assessment of legacy assets, upgrades, configuration changes and obsolescence risk.
Failure propagation insight
Understand how failures move across connected mechanical, electrical, control, processing and support systems.
Maintenance strategy improvement
Use model-based analysis to support RCM, FMEA/FMECA, diagnostics and maintenance optimisation decisions.
Turn complex energy assets into connected engineering intelligence.
MADE creates a Digital Risk Twin of the asset, connecting system structure, failure logic, reliability data, safety analysis, maintainability information and operational assumptions into a living engineering model.
This helps oil and gas teams move beyond static reports and understand the system-level implications of risk, maintenance, design change and lifecycle decisions.
Strengthen failure analysis with model-based FMEA.
For oil and gas assets, FMEA and FMECA are essential for understanding failure modes, consequences, criticality and maintenance priorities. MADE helps move this analysis from isolated spreadsheets into a connected, reusable and traceable model-based workflow.
Better oil and gas decisions depend on better engineering data.
Complex energy assets require tools that maintain data quality, usability, integrity, currency and knowledge capture. MADE helps organisations connect safety, reliability, supportability and lifecycle analysis around a consistent model-based foundation.
How MADE creates oil and gas value across roles
MADE supports executive leadership, engineering management, technical analysts and research organisations through a connected model-based analysis environment.
Executive Level
Cost: Optimise and validate economic forecasting for design, commissioning, sustainment and operational support budgets.
Process: Improve governance, consistency and traceability across safety, reliability and asset management decisions.
Technical: Integrate reliability, safety and supportability analysis with enterprise engineering and asset management systems.
Manager Level
Cost: Improve productivity and reduce rework by automating repeatable analysis workflows.
Process: Enable concurrent analysis from a single source of truth using the MADE Digital Risk Twin model.
Technical: Capture operational assumptions, maintenance strategies and engineering decisions across the asset lifecycle.
Engineer / Analyst Level
Cost: Enable cost-effective trade studies and allow engineers to focus on technical decisions rather than repetitive data entry.
Process: Generate validated maintenance, reliability and support concepts from a consistent model-based framework.
Technical: Improve engineering data quality, traceability and consistency through integrated analyses.
Academic / Research
Cost: Model-based simulation and automated analysis help researchers focus on investigation and optimisation outcomes.
Process: Structured taxonomies and automation improve repeatability, traceability and knowledge reuse.
Technical: Integrated analyses improve engineering integrity and consistency across complex operational studies.
Where MADE can be applied in oil and gas
MADE can support RAMS and lifecycle decision-making across production, processing, offshore, subsea and support systems.
Offshore Platforms
Support reliability, safety, maintainability and operational readiness across complex offshore assets.
Subsea Systems
Model failure behaviour, access constraints, maintenance challenges and lifecycle risk for subsea infrastructure.
Remote Facilities
Support unmanned and remote operations where availability, safety and intervention planning are critical.
Processing Equipment
Analyse reliability, maintainability and failure propagation across pumps, compressors, separators and control systems.
Power and Utilities
Improve understanding of dependencies across electrical, hydraulic, cooling, control and support infrastructure.
Legacy Asset Sustainment
Capture knowledge, manage configuration change and improve maintenance strategies for ageing infrastructure.
MADE capabilities for oil and gas RAMS
MADE brings core RAMS, safety, diagnostics and model-based analysis capabilities together in one environment.
FMEA / FMECA
Generate and manage structured failure mode analysis connected to the underlying system model.
Fault Tree Analysis
Understand top-level events, failure combinations, safety-critical contributors and risk pathways.
Reliability and Availability Modelling
Evaluate system reliability, operational availability, downtime drivers and supportability impacts.
Maintenance and RCM Analysis
Optimise maintenance concepts and support strategies based on failure behaviour and operational consequence.
PHM and Diagnostics
Support diagnostic reasoning by connecting failure logic, symptoms and asset-level system knowledge.
Digital Thread Integration
Strengthen traceability between requirements, design, RAMS outputs and lifecycle asset decisions.
Outcomes for oil and gas organisations
MADE helps teams move from fragmented analysis to connected engineering intelligence.
From offshore risk to operational confidence.
MADE enables oil and gas organisations to unify safety, reliability, maintainability and lifecycle analysis within a single model-based engineering framework. The result is stronger traceability, improved operational decision-making and better long-term asset performance.