Moeller Nuclear
AI-accelerated software for nuclear radiation protection and workforce operations. Built by health physicists for the realities of outage work, contractor coordination, and regulatory compliance.
Request Early AccessNuclear operations run on paper-heavy, disconnected workflows. NukeHub replaces them with a connected, AI-assisted platform that gives radiation protection teams, work planners, and contractors a single source of truth.
Digital RWP creation, review, and approval workflows. Built-in dose estimate tools, step sequencing, and radiological condition tracking. Reduces RWP prep time and minimizes errors in the field.
Job dose estimation with source term inputs, shielding assumptions, and occupancy factors. Track estimates vs. actual dose across outage jobs to continuously improve future planning accuracy.
Digital radiation survey records with location tagging, instrument tracking, and QA validation. Auto-generate survey maps and condition reports formatted for regulatory submittals.
Maintain calibration records, due dates, and chain-of-custody for all RP instruments and assets. Automated alerts before calibration expiration keep equipment compliant and available.
Integrated job scheduling, hold point tracking, and RP coverage assignments across the outage schedule. Real-time visibility into job status, radiological conditions, and dose accumulation by work group.
Track contractor qualifications, training records, dosimetry assignments, and clearances. Manage badging, access levels, and LOTO status from a single dashboard — no more spreadsheets.
Assemble, distribute, and close out digital work packages with embedded RP attachments, sign-offs, and as-found/as-left condition documentation. Full audit trail for NRC inspection readiness.
Manage your ASME Section XI in-service inspection program alongside RP operations — not in a separate silo. Track examination scope, schedule upcoming intervals, record NDE findings (UT, RT, VT, ET, PT), and generate ISI summary reports in one system. This is mechanical component integrity data, separate from radiation survey records, kept where the work planning team can see it alongside the RP picture.
Track how individual components change across outage cycles — flaw growth rates, maintenance indicators, repeated corrective actions — and surface patterns that manual review tends to miss. Prioritize next-outage examination scope based on condition history rather than a static schedule. This feeds into ALARA planning too: components with known degradation trends can be pre-planned for shielding and remote tooling before the outage begins.
Designed by practitioners who have written RWPs, calibrated Teletectors, and managed outage RP coverage. The workflows reflect how nuclear plants actually operate — not how software vendors think they do.
AI accelerates data entry, dose calculations, and documentation — but nuclear professionals review and approve. The platform is a force multiplier for your existing HP staff, not a replacement.
Designed with NQA-1, 10 CFR 50, and cyber security guidance in mind from day one. Audit logs, role-based access control, and traceability built into every module.
NukeHub is in active development. We're working with nuclear facilities to shape the platform around real operational needs. Contact us to join the early access program.
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