Physics-based models of gas turbine, electric, and hydrogen propulsion built from first principles.
We develop thermodynamic and aerodynamic models that replicate the real behaviour of your propulsion system — component by component. These models are built from first principles, not assumptions, giving your engineering team a validated simulation baseline that supports every downstream analysis.
02
AI-Powered Predictive Analytics
Surrogate models and failure prediction trained on simulation data for instant diagnostic outputs.
We train machine learning surrogate models on high-fidelity simulation datasets to deliver real-time performance prediction and failure diagnostics. This eliminates the latency of repeated high-cost simulations, allowing your team to explore design space and flag anomalies at the speed the programme demands.
03
Performance Analysis & Optimisation
Cycle efficiency, thermal management, and thrust analysis — identifying where your system loses performance.
Our performance analysis covers thermodynamic cycle efficiency, specific fuel consumption, thrust output, heat rejection, and component-level loss attribution. We map exactly where your system underperforms, quantify the impact, and identify the design variables with the greatest optimisation potential.
04
System Simulation & Testing
End-to-end simulation replacing costly physical test phases — validated against real operating conditions.
We build full-system simulation environments that replicate the conditions of physical test infrastructure — from cold start to maximum continuous power, across altitude, temperature, and load profiles. These virtual test campaigns reduce the number of physical rig tests required and provide engineering evidence earlier in the programme.
05
Engineering Research & Consulting
Feasibility studies, concept modelling, and technical research for defence and aerospace programs.
We work as a technical partner for teams evaluating new propulsion concepts, advanced materials, or next-generation architectures. Our consulting engagements combine modelling rigour with structured research methodology — delivering technical reports, feasibility assessments, and concept validation studies that meet programme and regulatory standards.
On Request
Custom Simulation Software
Purpose-built simulation tools configured to your exact propulsion engineering requirements.
For programmes with unique modelling requirements that commercial tools cannot address, we develop bespoke simulation software. Configured to your propulsion architecture, engineering workflow, and output format requirements — delivered as a standalone tool or integrated into your existing simulation environment.
