The failure mechanism remains unclear.
Principal-led nuclear engineering for operating plants
Resolve critical nuclear asset problems. Modernize with confidence.
NIQS provides principal-led root-cause analysis, troubleshooting and modernization support for nuclear operators, OEMs and advanced-reactor teams. We turn technical uncertainty into defensible decisions and deployable solutions.
- Principal-led
- Evidence-driven
- Built for nuclear constraints
Bring NIQS in when
The technical answer is still blocking the owner decision.
NIQS fits where the consequence is high, the evidence is fragmented and local corrective actions have not produced a controlled closure path.
Recurring corrective actions are not solving the problem.
Obsolescence is increasing operational or outage risk.
A promising technology lacks a nuclear-ready deployment path.
Engineering, operations, maintenance and data point to different answers.
Owner decisions OperateRestartRepairReplaceModifyDeploy
Three buyer-facing services
Start with the problem, not the technology.
Each service is framed around a defined decision, controlled work products and a clear implementation route. Advanced methods are used only when they change the decision.
SERVICE 01
Diagnose & Recover
Root-cause analysis and troubleshooting for recurring failures, disputed mechanisms, conflicting evidence and corrective actions that do not hold.
Decision outcome: a defensible causal basis, prioritised tests and corrective-action route. Explore diagnosis and recovery SERVICE 02Modernize & Extend
Modernization, obsolescence and lifecycle engineering for repair, replacement, redesign, monitoring and life-extension choices.
Decision outcome: a checked technical basis and an implementable modernization path. Explore modernization decisions SERVICE 03De-risk & Deploy Innovation
Qualification and deployment planning for robotics, sensing, additive manufacturing, software and AI tied to a defined nuclear use case.
Decision outcome: go, modify or stop, supported by requirements, tests and evidence gates. Explore qualification and deploymentSelected evidence
Experience is shown with its role and boundary intact.
These examples are Benjamin Regener's professional experience before NIQS. They are not presented as NIQS corporate project history. Client identities and protected details are omitted.
First-of-a-kind repair route for BWR jet-pump riser damage
- Technical complication
- Restricted geometry, nuclear quality requirements and no established precedent.
- Benjamin's contribution
- Mechanical lead integrating assessment, repair concept, suppliers, interfaces and an extensive test programme with first-of-a-kind sensing.
Enabled an engineered repair basis and executable closure route.
Fracture-mechanics finding affecting restart readiness
- Technical complication
- A time-critical decision with incomplete and cross-disciplinary evidence.
- Benjamin's contribution
- Technical lead integrating inspection evidence, loads, fracture assessment and reviewer interfaces.
Enabled a defensible restart decision basis with defined follow-up actions.
Nuclear deployment paths for robotics and advanced manufacturing
- Technical complication
- Technology capability had to be translated into bounded nuclear acceptance evidence.
- Benjamin's contribution
- Programme and innovation lead defining use cases, requirements, tests and decision gates.
Enabled staged trials, qualification pathways and owner decision gates.
One controlled method
From fragmented evidence to engineered closure.
NIQS works alongside the owner team. The mandate boundary, source hierarchy, acceptance criteria, interfaces and hold points are made explicit before the analysis drives action.
- 01Diagnose
Frame the problem, define the asset boundary and test the critical causal hypotheses.
- 02Substantiate
Structure the evidence, expose uncertainty and compare defensible decision options.
- 03Engineer
Develop the analysis, specification, corrective action or deployment package.
- 04Verify
Check implementation against agreed criteria and retain residual actions.
Low-friction entry engagements
Begin with a bounded decision. Design the route to implementation from day one.
The first engagement is not a disconnected workshop. It creates the evidence, decision gates and scope needed for the main recovery, modernization or deployment programme.
Entry 01
Critical Asset Diagnostic
For a difficult technical problem where the mechanism or next action remains unclear.
- Evidence and uncertainty map
- Initial causal model
- Critical information gaps
- Prioritised validation actions
- Management decision readout
Continuation route
Recovery plan, targeted analysis, corrective-action engineering and verification.
Entry 02
Modernization Decision Package
For repair, replacement, redesign, monitoring or lifecycle choices with competing constraints.
- Options and constraints
- Technical risk comparison
- Lifecycle implications
- Implementation barriers
- Recommended path
Continuation route
Specification, procurement support, qualification, implementation and close-out.
Entry 03
Innovation Deployment Readiness Review
For a robotics, sensing, software, AI or additive use case that must survive nuclear constraints.
- Use-case viability
- Technology maturity
- Nuclear-specific gaps
- Data and integration questions
- Go, modify or stop recommendation
Continuation route
Pilot design, qualification roadmap, evidence gates and controlled scale-up.
Founder-led delivery
Senior technical accountability stays close to the work.
NuclearIQ Solutions is a founder-led specialist in nuclear mechanical integrity, plant reliability and engineering decisions for operating plants.
- Direct accessThe Principal Engineer remains engaged in problem framing, technical judgment and decision interfaces.
- Owner-side postureWork products are designed to support a specific owner decision, not just complete an analysis task.
- Specialist teamingCompetence, checking and independent review are matched to the actual mandate.
- Claim boundaryFounder experience, NIQS delivery and formal licence-holder or regulatory roles remain clearly separated.
Technical insight / 14 July 2026
From fragmented evidence to a defensible nuclear asset decision.
A large evidence set does not create a defensible decision by itself. The owner needs a controlled chain from question, through source quality and mechanism testing, to action and verification.
This briefing note sets out the NIQS decision structure, the minimum evidence controls and the limits that should remain visible.
Read the technical noteConfidential first contact
Bring NIQS the critical issue that remains technically open.
Five non-sensitive facts are enough for an initial Fit / No-Fit response and the appropriate next step.
Information boundary: do not submit classified, export-controlled or plant-sensitive information. A controlled exchange route can be agreed after initial contact.