We are Aetos Innovation Labs.
We engineer what others imagine. Deep tech isn’t just what we do – it’s how we think.
Our rigorous commitment to design excellence, performance, and reliability allows us to solve complex engineering challenges with clarity and intent.
By combining advanced simulation, testing, and digital engineering, we help our clients design and validate systems with confidence.
Systems built to perform precisely and endure in service.
If your ambition is to build the future, we’re here to engineer it.


Predicts, validates, and mitigates electromagnetic interference through simulation and testing—ensuring system immunity, emissions control, and compliance across complex operational environments.
Our core domain expertise.
Electromagnetic Simulation & EMI/EMC Testing
Simulation-led prediction and validation
Multiphysics Simulation
Coupled physics for system-level accuracy
CFD & Fluid Dynamics
High-fidelity flow and thermal analysis
Structural & Thermal Analysis
Structural response under combined loading
Mechanical Design & CAD Modelling
Designing robust, analysis-ready mechanical systems
Digital Twin & Systems Modelling
System behaviour prediction across the lifecycle
Our value proposition.

Simulation as a strategic
advantage.

Accelerated development
with reduced risk.

Engineering sustainability into system design.

Multiphysics accuracy with proven performance.
Our core domain expertise.

Predicts, validates, and mitigates electromagnetic interference through simulation and testing—ensuring system immunity, emissions control, and compliance across complex operational environments.

Simulates interacting structural, thermal, fluid, and electromagnetic phenomena to capture coupled system behaviour and predict performance beyond single-physics analysis.

Simulates internal and external fluid flow, pressure, and heat transfer to optimise aerodynamic performance and thermal behaviour across complex engineering systems.

Evaluates stress, deformation, fatigue, and temperature-driven effects to assess component reliability and performance across operating load cases.

Develops detailed parts and assemblies optimised for manufacturability and seamless integration into simulation, testing, and production workflows.

Builds system-level models and digital twins to predict behaviour and guide engineering decisions across development stages.

Industries we serve.

Aerospace and Defence
Engineering for safety-critical, certification-driven programmes

Marine
High-reliability engineering for naval and offshore platforms

Automotive and EV
System-level engineering for modern automotive platforms

Electrical and Electronic Systems
Complex electrical and electronic systems engineering

Energy and Power
Integrated system engineering for modern power infrastructure

Turbomachinery
Performance-driven engineering of rotating machinery
Our clients.
Contact us for your next project.
Let’s discuss your engineering challenge and how we can support your programme.
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