航空航天工程师

physics-simulation.md ★ 83

from "omer-metin"

Patterns for physics-based simulation including numerical integration, rigid body dynamics, fluid simulation, finite element methods, and multi-physics coupling

mission-planning.md ★ 83

from "omer-metin"

Use when designing space missions, computing launch windows, optimizing trajectories, analyzing payload constraints, or planning mission phases and contingencie

orbital-mechanics.md ★ 83

from "omer-metin"

Use when computing orbits, planning maneuvers, propagating trajectories, or analyzing orbital perturbations for spacecraft or celestial bodies. Use when "orbit,

spacecraft-systems.md ★ 83

from "omer-metin"

Use when designing or analyzing spacecraft subsystems including ADCS, power, thermal control, propulsion, communications, and command & data handling. Use when

navigate.md ★ 81

from "Kitjesen"

语义导航 — 通过 nav-gateway 下发导航任务到 LingTu

nasa-se-methodology.md ★ 59

from "Tibsfox"

NASA Systems Engineering methodology mapped to cloud operations. Use when planning, executing, verifying, or documenting OpenStack cloud infrastructure followin

elon-musk.md ★ 42

from "K-Dense-AI"

This skill applies the first-principles engineering and capital allocation frameworks of Elon Musk (CEO of Tesla and SpaceX, founder of X.com / PayPal). Reach f

aerospace-expert.md ★ 40

from "diegosouzapw"

Expert-level aerospace systems, flight management, maintenance tracking, aviation safety, and aerospace software

aerospace-expert.md ★ 26

from "personamanagmentlayer"

Expert-level aerospace systems, flight management, maintenance tracking, aviation safety, and aerospace software

turbulence-models-db.md ★ 15

from "Soljourner"

Select and configure turbulence models (k-epsilon, k-omega SST, LES) for CFD

ground-systems.md ★ 14

from "devideamax"

Expert ground segment and mission operations engineering — ground station network design, pass planning and contact analysis, CCSDS TT&C protocols, data process

orbital-mechanics.md ★ 14

from "devideamax"

Orbital mechanics and astrodynamics for spacecraft mission design. Covers Keplerian orbital elements, two-body and restricted three-body problems, Hohmann and b

launch-operations.md ★ 14

from "devideamax"

Expert launch operations and integration engineering — launch site selection, rideshare vs dedicated trades, adapter and separation system selection, countdown

thermal.md ★ 14

from "devideamax"

Expert spacecraft thermal control systems engineering — energy balance analysis, radiator sizing, heater power budgets, TPS material selection, cryogenic chain

mission-architect.md ★ 14

from "devideamax"

Lead systems engineer and mission architect — the integrating function across all spacecraft subsystems. Owns top-level budgets (mass, power, data, delta-v, the