3D Platforms
Quality engineering across CAD, real-time engines, and cloud execution
Service
QA & Systems Validation, 3D Platforms
QA & Systems Validation, 3D Platforms
Clients
Unreal Engine / CAD Integration
Unreal Engine / CAD Integration
Date
2020
2020
Software
Unreal Engine, SolidWorks, Datasmith
Unreal Engine, SolidWorks, Datasmith
Location
Europe
Europe
The Challenge
3D platforms integrating CAD data, real-time engines, and cloud rendering pipelines must support heterogeneous data sources, large datasets, and distributed execution. Failures often surface as subtle visual or performance issues that are difficult to diagnose. The challenge was validating end-to-end correctness across tools, engines, and environments.
Industry
3D Visualization, CAD, Real-Time Rendering
3D Visualization, CAD, Real-Time Rendering
Scope
QA Engineering, Systems Validation, Cloud Pipelines
QA Engineering, Systems Validation, Cloud Pipelines
Role
3D Systems Quality Engineering
3D Systems Quality Engineering
Validation role
3D Systems Quality Engineering
3D Systems Quality Engineering
What was being validated
- CAD data import and conversion
- Unreal Engine real-time rendering workflows
- Scene assembly and configuration
- Cloud-based execution and rendering
- Output asset generation and delivery
Validation focused on system-wide reliability.
The Approach
End-to-end confidence was built into the 3D pipeline, validating CAD data, scene integrity, rendering outputs, and cloud execution under realistic workloads. Testing focused on real production scenarios, with cross-tool validation, visual inspections, and targeted checks designed to isolate failures quickly and ensure consistent, performant results across environments.
Quality Outcomes
- Increased confidence in cloud rendering pipelines
- Reduced system-level regressions
- Faster diagnosis of cross-tool issues
- More reliable production workflows
Why This Matters
Avento’s role
This work highlights Avento’s ability to validate complex, multi-system 3D platforms where quality emerges from the interaction of many components, not isolated features.
