This domain covers analytical support for nuclear, radiological, and engineered-material pathways. Work emphasizes clear system definition, defensible assumptions, and multi-institution collaboration around safety, waste, and diagnostic systems.
Radiological Materials & Imaging
Analytical contributions to systems that use radiotracers, multi-radiation imaging, and CT-based diagnostics.
Focus areas:
- Radiological transport and detection frameworks
- CT and imaging-based characterization of multiphase systems
- Data structures and assumption sets for tracer-based analysis
Nuclear & Engineered Materials Pathways
Support for materials-handling, processing, and safety-related evaluations in nuclear-adjacent environments.
Focus areas:
- Engineered barriers and material-behavior assumptions
- Facility-level flows and containment framing
- Integration across experimental results and modeling structures
Waste Pathways & International Coordination
Analytical work that interfaces with nuclear waste pathways and international research efforts.
Focus areas:
- Waste-characterization frameworks
- System-boundary definition for waste handling models
- Structured alignment with multi-organization projects
Future Expansion: Procurement & Radioactive Waste Services
The nuclear and radiological domain is intentionally structured to support future expansion into specialized services, including procurement, vendor coordination, and waste-handling support under a broader company umbrella.
Insight Quantix provides analytical structure so that future operational and procurement decisions can rest on clear, defensible models.