GCRI · Advanced Industry and Robotics
Methods and uncertainty
The methods Advanced Industry and Robotics relies on: their equations and assumptions, the data they need, how they are validated and the limits of what they can show.
Methods and uncertainty on the record.
- 01FieldsIndustry and robotics, Work and skills, Trade, resources and supply chains
- 02STEM methods8 canonical methods applied
- 03Topics9 subject pages
- 04Counterparts2 platforms in shared fields
- 05PublisherThe Global Centre for Risk and Innovation
The methods in use.
- 01Robotics and automationRobot cell risk assessment · Vision-guided handling · Collaborative workstation designApplied here
- 02Materials science and chemistryMaterial qualification · Design for recycling · Powder quality for additive manufacturingApplied here
- 03Process and industrial safety engineeringHazard and operability studies · Layer of protection analysis · Management of changeApplied here
- 04Systems engineeringIntegrated safety and security requirements · Factory and site acceptance testingApplied here
- 05Optimisation and operations researchProduction scheduling · Energy-aware operations · Buffer and spare sizingApplied here
- 06Sensors, IoT and observation networksCondition monitoring · In-line quality inspection · Securing connected sensorsApplied here
- 07Energy generation, storage and grid technologyProcess heat options · Waste heat recovery · Supply security for energy-intensive plantsApplied here
- 08Water and environmental engineeringEmission control selection · Industrial wastewater treatment · Community exposure monitoringApplied here
Each method, its role in this field and how it is checked.
- RoboticsRole hereRobotics and automation is the technology this platform stewards for the network.Checks appliedStandards verification; Field performance; Worker feedback
- Materials chemistryRole hereMaterials science and chemistry decide what industry can make, how durable products are and what can be recycled.Checks appliedRepeatability; Standard test methods; End-of-life verification
- Process safetyRole hereProcess and industrial safety engineering is the second method this platform stewards.Checks appliedStudy team competence; Independence of layers; Action closure
- Systems engineeringRole hereSystems engineering manages complex industrial systems across their life cycle: requirements, architecture, integration, verification and change.Checks appliedTraceability review; Independent testing; Change impact review
- OptimisationRole hereOptimisation and operations research improve how production is planned and run: scheduling, inventory, energy use and maintenance.Checks appliedSimulation validation; Constraint review; Scenario robustness
- Sensing IoTRole hereSensors and the industrial internet of things provide the data that automation, quality control and maintenance depend on.Checks appliedSensor calibration; Prediction validation; Device security review
- Energy technologyRole hereEnergy technologies shape how industry is powered and heated.Checks appliedTemperature match; Metered baselines; Cost sensitivity
- Environmental engineeringRole hereEnvironmental engineering controls industry’s emissions, effluents and waste and designs circular material flows.Checks appliedMonitoring quality assurance; Permit comparison; Independent verification
How the process runs.
Process explorer · Process
Methods and uncertainty: PRISMA 2020 review reporting
10 steps·4 stages
Process
Methods and uncertainty: PRISMA 2020 review reporting
PRISMA 2020 is a reporting guideline for systematic reviews; the steps follow its checklist, not a mandated sequence, and no Nexus document adopts it.
01 Plan
- 01Registration and protocolRecord · The review teamThe guideline asks for registration details, access to the protocol and any amendments.
- 02Eligibility criteriaRecord · The review teamThe guideline asks for the inclusion and exclusion criteria and how studies were grouped.
02 Find and select
- 03Search: sources and strategiesStep · The review teamThe guideline asks for the information sources and the full search strategies. It does not fix which sources are used.
- 04Selection of studiesStep · The review teamThe guideline asks how studies were judged eligible, including how many reviewers screened. It does not fix the number of reviewers.
- 05Flow diagramRecordThe flow diagram shows the number of records found, the number of studies included and the reasons for exclusion.
03 Analyse
- 06Data collectionStep · The review teamThe guideline asks how data were collected from reports and which data items were sought.
- 07Risk of biasStep · The review teamThe guideline asks for the methods and tools used to assess risk of bias.
- 08SynthesisModel · The review teamThe guideline asks for the effect measures and the synthesis methods. It does not prescribe meta-analysis.
- 09Certainty of evidenceStep · The review teamThe guideline asks for the methods used to assess certainty, and reports the result per outcome. It does not name a grading scale.
04 Report
- 10Review reportRecordThe guideline helps authors report why the review was done, what they did and what they found.
ReportsOutline of an externally published reporting guideline, not a Nexus process and not a record of operation. PRISMA 2020 mainly covers reviews of intervention effects. No Nexus page names it. Every programme is at service level R0.
Where uncertainty in industrial analysis comes from, and how it is shown.
| Source | Why it matters here | How it is reported |
|---|---|---|
| Accident frequencies | Rare at site level, recurrent across industry | Industry-wide data with stated scope |
| Barrier performance | Degrades with maintenance and change | Leading indicators |
| Automation reliability | Software faults are systematic | Fleet-level analysis |
How uncertainty is reported.
- 01
State assumptions
Each analysis lists its assumptions and the data it depends on.
- 02
Quantify where possible
Ranges and confidence are reported alongside central estimates.
- 03
Validate and compare
Models are checked against observations and, where possible, against other models.
- 04
Publish limits
What an analysis cannot show is stated beside what it can.
Where this page’s references lead.
The bodies and documents this page is read against. Status and editions change; each link goes to the issuing body.
Questions and answers.
Are the methods open?
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