Capabilities
From difficult engineering problems to enduring capability.
REAH begins with the problems that determine whether an aerospace programme succeeds in the real world. We solve them physically and digitally, validate the result and preserve the knowledge for reuse.
Current
Thermal, power and propulsion integration; simulation; instrumentation; rapid prototyping.
Building next
Systems engineering, configuration, assurance, deployed engineering and engineering intelligence.
Strategic horizon
Resilience manufacturing, distributed production, lifecycle readiness and capability transfer.
01
Thermal, Power & Propulsion
Aircraft-level integration for cooling, airflow, electrical demand and propulsion reliability in demanding environments.
Thermal Management · Propulsion Integration · Power Management
Explore pillar →02
Digital Engineering
Simulation, multidisciplinary analysis, configuration-aware workflows and reusable programme knowledge.
Aerodynamics & CFD · Digital Engineering Tools
Explore pillar →03
Test & Validation
Prototype hardware, instrumentation, ground and flight testing, and model correlation that turn assumptions into evidence.
Prototype Engineering · Instrumentation & Testing
Explore pillar →04
Engineering Intelligence
Software and AI-assisted systems that connect engineering models, test data and operational learning. In active development.
Engineering software · Data and knowledge systems
Explore pillar →Specialist disciplines
Depth beneath the four pillars.
These focused pages explain the individual engineering disciplines REAH combines inside a complete programme.
Not sure which discipline your problem belongs to?
Most real problems touch several. Describe the symptom — we will map the system.