Engineering Topics
These guides explain the engineering disciplines behind reliability, availability, maintenance, risk and lifecycle-value decisions in plain language. Each defines a topic on its own terms and links to the Knar Global services that apply it.
Asset Management
Coordinated activity to realize value from physical assets across their full lifecycle.
Read the guideAvailability Analysis
Quantifying the proportion of time a system or asset is capable of performing its required function.
Read the guideCapital and Operating Decision Analysis
A structured, quantified basis for comparing capital and operating trade-offs.
Read the guideFailure-Data Analysis
Statistical analysis of historical failure and repair records to characterize how equipment actually behaves.
Read the guideFormal Optimization
Mathematical techniques used to identify the best feasible solution under explicit constraints.
Read the guideLifecycle Cost and Lifecycle Value
Quantifying total cost of ownership and the value an asset actually realizes across its operating life.
Read the guideMaintainability Engineering
Designing and analyzing systems so they can be restored to service quickly, safely, and predictably.
Read the guideMaintenance Planning
Operational planning of maintenance activities, resources, and schedules.
Read the guideMaintenance Strategy
The overall approach and policy framework governing how and when maintenance is performed.
Read the guideMonte Carlo Simulation
Using repeated probabilistic sampling to quantify uncertainty in availability, production, and lifecycle-value outcomes.
Read the guideReliability, Availability & Maintainability (RAM) Modeling
Integrating reliability, availability, and maintainability into one executable model of asset performance.
Read the guideReliability Engineering
Characterizing, modeling, and improving how systems fail, degrade, and are restored over time.
Read the guideReliability Modeling
Mathematical and executable representations of failure and repair behavior used to predict performance.
Read the guideRisk Analysis
Systematic identification and evaluation of risk likelihood and consequence to inform decisions.
Read the guideRoot Cause Analysis (RCA)
Systematic investigation to identify the underlying cause of a failure or incident, not just its symptom.
Read the guideSafety Engineering
Preventing harm through hazard identification and protective design.
Read the guideSystems Engineering
An interdisciplinary approach to designing, integrating, and managing complex systems across their lifecycle.
Read the guideUncertainty Quantification
Formally characterizing and propagating uncertainty through technical and economic analyses.
Read the guide