Core Capabilities
- Multiphysics Modeling & Simulation
High-fidelity, physics-based modeling integrating fluid dynamics, heat transfer, chemical processes, electromagnetics, particle tracing, and acoustics to enable digital twin development, thermal analysis, predictive design, and optimization.
- Advanced Electrochemical Systems
Design and modeling of next-generation electrochemical technologies for CO₂ conversion, oxygen generation, hydrogen systems, and closed-loop life support applications.
- Decarbonization & Energy Systems
Development of low-carbon and carbon-negative process pathways, including CO₂ utilization, hydrogen-based systems, and electrified thermal processes for industrial applications.
- Environmental Control & Life Support Systems (ECLSS)
Advanced system modeling and integration for air revitalization, resource recovery, and sustainable life support architectures for space and terrestrial environments.
- In-Situ Resource Utilization (ISRU)
Technologies for extracting and processing resources from extraterrestrial and extreme environments, including the production of oxygen and metals from regolith.
- Advanced Materials Processing
Innovative processing techniques under vacuum and controlled atmospheres, including thermocapillary-driven systems, molten oxide electrochemical reduction, and high-temperature materials engineering.
- Digital Twins & System Integration
End-to-end development of digital replicas for complex systems, enabling real-time monitoring, predictive maintenance, and system-level optimization.
- R&D Strategy & Technical Consulting
Strategic guidance for high-impact R&D programs, including technology maturation, proposal development, and transition from concept to deployment.