Condition signals
Fixed and portable temperature, vibration, strain, process, leakage and other decision-relevant measurements.
Specialist mandate / Cross-cutting evidence capability
Nuclear condition monitoring and inspection modernization.
For condition-visibility gaps, manual inspection routes and sensor pilots that do not yet support an owner decision. NIQS connects the measurement architecture to maintenance action, acceptance and lifecycle control.
Direct answer
NIQS designs monitoring and inspection-modernization programmes around a defined engineering or maintenance decision. Sensors, robotic platforms and analytics are selected after the failure mode, evidence requirement, data quality and action ownership are established.
Call NIQS when
More data is not producing better condition control.
- Manual rounds or periodic measurements leave a condition-visibility gap.
- Sensors generate trends but alarm thresholds and action ownership are unclear.
- A difficult-access location needs a remote or mobile inspection route.
- A pilot demonstrates locomotion or data capture but not a qualified maintenance decision.
- Monitoring, maintenance, engineering and IT/OT requirements are not aligned.
Mandate shape
Single-asset decision study, monitoring pilot or inspection-modernization workstream.
Programme design
Every measurement must support a decision.
NIQS selects technology against the measurement and decision requirement. The programme does not begin with a sensor catalogue, robot platform or innovation demonstration.
Asset and failure modesCriticality, functions, credible degradation, current controls and decision value.
Decision mappingEach measurement linked to a defined maintenance or engineering decision and owner.
Measurement architecturePoints, routes, sensors or payloads, baselines, thresholds, data quality and escalation.
Deployment routeFixed, portable, walking-robot or drone routes selected against plant constraints.
QualificationRepeatability, coverage, acceptance testing, site constraints, cybersecurity and lifecycle controls.
Workflow integrationFinding review, work generation, engineering escalation, retention and programme learning.
Controlled work products
A monitoring system the organisation can act on.
- Monitoring strategyPurpose, scope, assets, decisions, roles and performance measures.
- Failure-mode matrixWhy each measurement exists, its evidence quality and the decision it supports.
- Mission or sensor specificationPayload, route, coverage, repeatability, quality and interface requirements.
- Baseline and alarm philosophyReference state, thresholds, confirmation and escalation logic.
- Qualification and test planEnvironmental, access, data, human and acceptance controls.
- Pilot and scale-up decisionResults, limitations, improvement actions, lifecycle ownership and next deployments.
Platform-neutral engineering
Choose the deployment route after the requirement.
Remote missions
Walking robots, drones and remote payloads for defined inspection or round missions.
Plant integration
Data quality, cybersecurity, access, dose and human-interface requirements where applicable.
Specialist inputs
Qualified input where inspection accreditation, procedure or personnel qualification is required.
Technology boundary
Robots and drones are deployment technologies inside an engineering programme. NIQS does not imply accredited inspection, qualified autonomy or turnkey maintenance unless the required organisation, people and procedures are explicitly contracted.
Confidential first contact
Start with one asset family and one decision gap.
Describe the current measurement, the blocked decision and the plant constraint. NIQS will return the appropriate bounded next step.
Do not submit classified, export-controlled or plant-sensitive information through the public form.