What is nTop?
nTop is a computational design platform that transforms engineering workflows by enabling rapid generation, exploration, and validation of geometry. It utilizes unbreakable parametric models that allow engineers to systematically explore hundreds of design variants with manufacturing constraints, performance requirements, and analysis built directly into the process.
The platform eliminates traditional bottlenecks by providing logic-driven modeling that prevents crashes and rebuilds, embedded simulation capabilities that offer physics insight during design, and reusable design logic that scales across projects. This approach allows teams to make high-confidence decisions faster while adapting to evolving constraints and requirements throughout the development cycle.
Features
- Unbreakable Parametric Models: Enable systematic exploration of hundreds of design variants without geometry crashes or rebuilds
- Embedded Simulation: Provides FEA and CFD analysis directly within the design workflow for real-time physics insight
- Logic-Driven Modeling: Captures engineering intent as reusable design code that can be adapted across variants and programs
- Manufacturing Constraints Integration: Builds production requirements directly into the design exploration process
Use Cases
- Conceptual design evaluation for aerospace and defense systems
- Detailed design refinement and automation for complex engineering projects
- Additive manufacturing geometry generation for lattice structures and lightweighting
- Production optimization through reusable computational models
