Additive Manufacturing Qualification Pathway
Use-case screening, code and regulatory gap analysis, material / process logic, inspection / test matrix, supplier strategy and staged pilot gates.
Offer 04
Qualification & Nuclear Implementation
NIQS defines requirements, tests, evidence gates, supplier controls, acceptance decisions and implementation boundaries for a selected advanced-manufacturing, inspection or monitoring use case.
When this offer fits
The technology is promising. The nuclear path is not yet defined.
- Obsolescence or supply constraints create a credible component-manufacturing use case.
- Additive manufacturing requires code, material, process, inspection and review pathways—not only a printed demonstrator.
- A robotic inspection mission must be qualified against coverage, data and plant constraints.
- An advanced monitoring method needs validation, alarm logic and lifecycle controls.
- The owner needs a staged go / no-go route before funding a larger deployment.
Qualification logic
A staged decision path—not innovation theatre.
The programme begins with a real plant need and a defined use-case boundary. Evidence is built only where it answers a code, performance, quality, inspection or authorised-review question.
01 · Use casePlant need, component or mission boundary and decision value.
02 · RequirementsCodes, functions, materials, performance and plant interfaces.
03 · Evidence gatesAnalysis, test, inspection, supplier and authorised-review questions.
04 · PilotControlled build or mission, acceptance criteria and findings.
05 · DeployQualified boundary, controls, lifecycle ownership and scale-up.
Controlled outputs
Evidence packages for explicit go / no-go decisions.
- Use-case and component screeningDecision value, feasibility, exclusions and prioritisation.
- Requirements specificationFunctions, interfaces, code, material, performance and quality controls.
- Code / regulatory gap matrixQuestions, evidence needed, owner and proposed resolution route.
- Qualification roadmapStages, evidence gates, tests, inspection, reviews and go / no-go decisions.
- Supplier and test strategyCompetence, process controls, witness points, records and acceptance.
- Pilot dossierPlan, results, deviations, findings and decision against criteria.
- Deployment and lifecycle planQualified boundary, change control, monitoring and periodic review.
Current sellable programmes
Advanced methods inside defined nuclear use cases.
Robotic Inspection Qualification Programme
Mission definition, payload / data requirements, route engineering, site constraints, qualification, trial and scale-up basis.
Advanced Monitoring Method Deployment
Failure-mode and decision mapping, performance requirements, validation, alarm and action logic and lifecycle controls.
Controlled claim boundary
Programme wording describes the qualification route. It does not imply currently qualified production, turnkey autonomy or regulatory approval.
Evidence and release control
Founder-project details and any external-review wording remain subject to evidence, confidentiality and explicit release approval. Pilot outcomes are reported only against predefined acceptance criteria.
Confidential issue screen
Start with one use case and one qualification decision.
Use the structured, non-sensitive issue screen on the NIQS homepage. It prepares an email in your own email application and does not accept file uploads.
Open the structured issue screen- 01Asset or system
- 02Decision required
- 03Deadline
- 04Evidence available
- 05Main concern