
Developed core modeling features for the PaSieg0/Ekranoplan-DSE repository, focusing on hydrofoil take-off performance and cost-aware engine placement. Leveraged Python to implement physics-based calculations for power requirements, stability moments, and minimum safe engine placement height, integrating constants for physical properties and geometric parameters. Delivered data visualization capabilities to generate graphs and cost breakdowns, supporting rapid, data-driven design decisions. Applied skills in aerodynamics, hydrodynamics, and engineering calculations to enable early-stage trade-off analysis in the design cycle. The work emphasized maintainable, script-based workflows, allowing for clear comparison of design alternatives without reported bugs during the development period.
May 2025 monthly summary for PaSieg0/Ekranoplan-DSE. Delivered core modeling capabilities for hydrofoil take-off and cost-aware engine placement, enabling data-driven trade-offs early in the design cycle. No major bugs reported this month.
May 2025 monthly summary for PaSieg0/Ekranoplan-DSE. Delivered core modeling capabilities for hydrofoil take-off and cost-aware engine placement, enabling data-driven trade-offs early in the design cycle. No major bugs reported this month.

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