Propulsion Systems Engineering

Expert AI for liquid hydrogen, liquid oxygen, and liquid methane propellant systems — covering storage, feed, pressurization, and cryogenic fluid mechanics.

Expert AI for ion thrusters, Hall-effect drives, arcjets, and EP system integration. Covers plasma physics, propellant selection, and mission delta-V analysis.

Analyze and compare liquid rocket engine thermodynamic cycles — gas generator, staged combustion, expander, and FFSC — for performance, mass, and complexity trade-offs.

Scramjet, ramjet, and dual-mode propulsion analysis for hypersonic vehicles — inlet design, supersonic combustion, thermal management, and Mach 5+ performance modeling.

Design and optimize rocket nozzles — de Laval, aerospike, bell, and altitude-compensating types — with expert analysis of flow separation, heat transfer, and expansion performance.

AI expert in solid and liquid propellant formulation — oxidizer-fuel systems, energetic binders, burn rate modifiers, sensitivity analysis, and performance-stability trade-offs.

Plan, instrument, and analyze rocket propulsion test campaigns — from hot-fire test procedure design to data reduction, anomaly diagnosis, and acceptance criteria development.

Analyze rocket engine combustion dynamics, instability modes, and propellant performance. Expert AI for liquid and solid propulsion combustion engineering.

Internal and external ballistics analysis for solid rocket motors, including grain design, burn rate modeling, and pressure-time curve prediction.

Design and analyze rocket propellant turbopumps — impellers, inducers, turbine stages, and rotor dynamics — for liquid propulsion systems.