Laboratory division

The Research Lab.

High-fidelity engineering for systems that fly, defend, and endure. Our laboratory wing operates the simulation pipelines, material characterisation rigs, and design-for-manufacture audits behind every EM programme.

Research streams

Six research streams, one continuous pipeline from physics to part.

Aerospace structures

Airframe, fuselage, and primary load-path optimisation for fixed-wing and rotor systems.

Space propulsion

Liquid- and solid-stage thermals, plume modelling, and nozzle erosion studies.

Defense systems

Survivability, blast/impact, EMI/EMC envelopes — modeled before built.

CFD & aero-thermal

Subsonic to hypersonic flow regimes; LES, RANS, and coupled solvers.

Materials & composites

Lay-up characterisation, fatigue, and additive process science.

DFM & producibility

Tolerance stack-ups and manufacturability audits before tooling spend.

Team disciplines

Mechanical · aeronautical · aerospace · materials · propulsion.

Our researchers carry deep degrees and field hours across the core engineering disciplines. Every project is staffed cross-disciplinary by design.

Discipline

Mechanical

Discipline

Aeronautical

Discipline

Aerospace

Discipline

Propulsion

Discipline

Materials

Discipline

Structural

Discipline

Thermal

Discipline

Manufacturing

How we engage

From feasibility brief to production sign-off — with audit trail intact.

Step 01
Brief
Scoping the physics, the constraints, and the deliverables.
Step 02
Model
CAE/CFD/FEA model build with validation against test data.
Step 03
Iterate
Design-of-experiments sweeps, optimisation, and DFM review.
Step 04
Deliver
Signed-off report, model archive, and traceable revision log.