Engineering Validation

Simulation & Analysis

Validate performance before committing to tooling. We use physics-based simulation to identify risk, compare design options and improve structural, thermal, electromagnetic, airflow and optical performance.

Explore Capabilities

Analysis Disciplines

Engineering Insight Across Multiple Physics

Our analysis workflow connects design geometry, material data and operating conditions to practical engineering decisions.

RF & Antenna Analysis

Antenna placement, radiation patterns, gain, efficiency, impedance matching, coupling and installed performance.

Structural FEA

Stress, displacement, stiffness, modal behaviour, fatigue risk and design optimisation under realistic load cases.

Thermal Analysis

Steady-state and transient heat transfer, temperature distribution, heat-sink sizing and thermal-management studies.

CFD & Airflow

Flow distribution, pressure drop, fan performance, cooling paths and enclosure ventilation optimisation.

Optical Analysis

Illumination distribution, ray tracing, reflector and lens studies for lighting and optical-product development.

Drop, IK & IP Validation

Drop and shock response, enclosure impact resistance, seal behaviour and ingress-protection assessment.

SI/PI Simulation

Signal integrity, power integrity and power-dissipation studies for electronic product development.

ECAD–MCAD & Electronics Cooling

Connected electronic and mechanical models for component cooling and enclosure thermal performance.

Complex Multiphysics

Coupled electromagnetic, thermal-structural, fluid-structural, phase-change, condensation and evaporation studies.

Co-Site Interference & SAR

Multi-antenna compatibility, installed interference, passenger effects and human-body absorption assessment.

Lab Testing Coordination

Vibration, drop, IP/IK and certification testing coordinated through authorised test centres.

Analysis Portfolio

Simulation Applications

Examples of analysis used to evaluate product behaviour, integration and system-level performance.

**Vehicle Antenna Performance**Installed antenna radiation, adaptive meshing and gain evaluation.

**mmWave & Scenario Analysis**Array behaviour and installed performance in system-level environments.

**Antenna Integration**Circuit matching and product-level integration studies.

**Structural FEA**Deformation and load-path assessment for an engineered enclosure.

**CFD Airflow**Flow-streamline assessment through a fan and enclosure system.

**Light Distribution**Illuminance and beam-spread evaluation for lighting products.

**Optical Ray Tracing**Ray-path evaluation through reflector and lens geometry.

Our Workflow

From Engineering Question to Design Decision

Define

Agree objectives, acceptance criteria, operating conditions and critical load cases.

Prepare

Clean CAD, simplify geometry, assign materials, contacts, sources and boundary conditions.

Solve

Create an appropriate mesh, run the model and perform convergence and sensitivity checks.

Interpret

Review contours, plots and critical regions against engineering requirements.

Improve

Compare design variants and provide actionable recommendations for validation.

Reduce Development Risk

Validate the Design Before Building It

Share your CAD, operating conditions and performance targets. Our engineering team will define the right simulation plan for your product.