232 Skills
低空无人设备应急裁决引擎。零依赖可用：基于损失优先级金字塔（P0-P4）和加权决策公式，对无人机/eVTOL突发危机进行分级分析、方案推导、输出可执行决策建议。分析辅助工具，不连接飞控系统，不执行实际飞行控制。
Skill for comprehensive flight test planning and execution support
Skill for avionics architecture design and system integration
Skill for structured safety assessment following ARP4761 guidelines
Skill for aerospace requirements verification and validation matrix management
Trajectory planning and motion control algorithm development
Expert skill for flight control law development and tuning
Skill for planning and executing DO-178C software certification activities
Expert skill for space mission design and trajectory analysis
Expert FEA skill for aerospace structural analysis workflows
Specialized skill for aircraft handling qualities evaluation
Specialized skill for hypersonic vehicle aerodynamic and thermal analysis
Skill for spacecraft power system sizing and analysis
Skill for creating and validating flight dynamics models
Expert skill for gas turbine engine thermodynamic cycle analysis and optimization
Expert skill for composite aerospace structure design and analysis
Expert skill for aerospace certification planning aligned with regulatory requirements
Skill for flutter, divergence, and aeroelastic response analysis
Deep integration with computational fluid dynamics tools for aerodynamic analysis across all flight regimes
Skill for spacecraft thermal control system design and analysis
Skill for aerospace interface definition and management
Skill for environmental test campaign planning and execution
Systematic generation and management of aerodynamic coefficient databases
Skill for orbital debris risk assessment and mitigation planning
Specialized skill for fatigue life prediction and damage tolerance assessment
Comprehensive skill for rocket engine design and performance analysis
Structured skill for conducting engineering trade studies
Specialized skill for correlating CFD predictions with experimental wind tunnel data
Skill for guidance, navigation, and control system simulation and analysis
Use when working on CFD cases with OpenFOAM, especially solver selection, dictionary setup, mesh workflow decisions, turbulence-model choices, and verification of fluid-flow or heat-transfer simulations.