About

Background & Focus

I am a researcher and systems designer focused on the technical challenges of long-term human expansion into deep space. My work bridges the gap between theoretical astrophysics and practical engineering, specifically regarding the infrastructure required to sustain permanent off-world operations.

Core Research Domains

• Orbital Infrastructure: Developing concepts for large-scale logistics systems, including orbital electromagnetic acceleration corridors (OEAC).
• Spacecraft Architecture: Designing modular, crewed habitats. Such as the ISRU Centrifugal Orbital Node (ICON), that prioritize human factors and orbital stability.
• Resource Utilization (ISRU): Modeling the integration of lunar-derived consumables and propellants into mission design.
• Megascale Engineering: Simulating Dyson Swarm configurations through computational modeling of thermal equilibrium, orbital dynamics, and construction growth rates.

Methodology

My design philosophy relies on physics-driven analysis, applying the Tsiolkovsky rocket equation, the Stefan-Boltzmann law, and Keplerian orbital mechanics to determine the physical feasibility of novel concepts. I maintain an active feedback loop with academic and industry professionals to refine my models and address critical engineering bottlenecks in structural stability, thermal management, and orbital synchronization.