Nuclear Engineering Meets AI Innovation
Connect with our team of nuclear engineering professionals who have channeled decades of critical infrastructure expertise into revolutionary AI solutions. From reactor design to autonomous intelligence.
30+
Years Combined Experience
15+
Nuclear Projects
100%
Safety Record
From Nuclear Reactors to AI Agents
Our unique background in nuclear power plant design brings unparalleled expertise in critical systems, safety protocols, and complex engineering challenges to AI development
Nuclear Engineering Foundation
Reactor Design & Safety Systems
Comprehensive experience in VVER and PWR reactor technologies, safety systems integration, and redundancy protocols that now inform our AI safety architectures.
Critical Infrastructure Management
Deep understanding of mission-critical systems where failure is not an option - principles we apply to enterprise AI deployment.
Complex Systems Integration
Expertise in orchestrating multiple interdependent systems, perfect foundation for managing autonomous AI agent teams.
International Standards Compliance
Experience with IAEA, NRC, and European nuclear standards ensures our AI solutions meet the highest regulatory requirements.
AI Innovation Journey
Safety-First AI Design
Nuclear safety culture applied to AI systems with fail-safe mechanisms and redundant decision pathways.
Systems Engineering Approach
Holistic system design methodology ensuring seamless integration of AI agents across enterprise environments.
Performance Optimization
Thermal-hydraulic optimization principles adapted for AI resource management and load balancing.
International Collaboration
Global nuclear project experience enables us to build AI solutions for diverse international markets.
Expert Leadership Team
Nuclear engineers, AI innovators, and design experts united by a vision of safe, intelligent automation
Pavel Dikalov
Lead Full-Stack Developer & Architect
15+ Years of ExperienceFormer lead developer of nuclear-plant monitoring systems at Rosatom. He specializes in mission-critical real-time applications, distributed architectures, and large-scale Building Information Modeling (BIM) platforms that orchestrate multi-disciplinary design data for next-generation reactors. Pavel later transitioned his expertise to AI-platform development with a strong focus on safety and reliability. He has also performed comprehensive structural analyses of NPP civil structures under static and dynamic loads and authored industrial-grade calculation modules.
Key Achievements
- Architected an IFC/ISO-19650-compliant federated BIM platform managing 10 M+ components and 2 000 concurrent users
- Delivered benchmark static & dynamic core analyses for 5+ new-build and uprate NPP projects (RELAP5 & TRACE, Δk/k < 1 %)
- Authored C#/C++ structural-analysis modules integrated with ANSYS/ABAQUS, boosting simulation throughput by 40 %
- Validated seismic-qualification models against ASCE 4-20, achieving regulatory approval in under 3 months
- Deployed a zero-downtime microservices stack (ASP.NET Core + AKS) powering real-time AI/ML analytics for SCADA streams
Ilia Khudiakov
Senior NPP Process Engineer & Technologist
8+ Years of Plant-Wide Systems ExperienceDistinguished process engineer overseeing the full technological landscape of VVER and PWR power plants—from primary heat-transport loops and steam-generator circuits through turbine-island auxiliaries and rad-waste treatment lines. Ilya develops detailed process flow diagrams, performs RELAP5/Apros dynamic simulations for plant-wide transients, and optimises heat-exchange networks to boost thermal efficiency while safeguarding design margins. Currently, he drives the creation of plant-wide digital twins and AI-enabled operator-advisory systems that anticipate anomalies days in advance.
Key Achievements
- Authored integrated process-flow packages for 6 new-build NPPs across Europe and Asia
- Executed 250+ plant-wide transient simulations validating DBA/BDBA response
- Reduced secondary-side heat losses by 3 % via feedwater-heater optimisation
- Implemented AI-driven predictive-maintenance models lowering unplanned downtime by 20 %
- Published 30+ peer-reviewed papers on plant process optimisation and safety
Get in Touch
Ready to discuss how nuclear engineering expertise can transform your AI initiatives?
Global Presence
Budapest, Hungary (HQ)
Remote-first, Worldwide
Response Time
Within 24 hours
Emergency: Immediate
Ready to Engineer the Future?
Join forces with nuclear engineers who understand both the precision of critical systems and the innovation potential of AI