Events

Join engineering leaders to discover how teams are breaking free from fragile design and analysis processes. Learn from industry experts with decades of DARPA and defense experience, identify the bottlenecks affecting development timelines, and get hands-on with to experience rapid iteration at scale.

Join engineering leaders to discover how teams are breaking free from fragile design and analysis processes. Learn from industry experts with decades of DARPA and defense experience, identify the bottlenecks affecting development timelines, and get hands-on with to experience rapid iteration at scale.

Aircraft conceptual designers face an impossible choice: use fast, low-fidelity analysis that misses critical design issues, or invest weeks in high-fidelity analysis that locks in concepts too early. Traditional workflows force engineers through painful "design → mesh → analyze → redesign" cycles that can take weeks per iteration, preventing thorough design space exploration when it matters most.

Join us to see how nTop eliminates this compromise by integrating parametric aircraft modeling with real-time analysis—from sizing equations through CFD—in a single, continuous workflow.

Hear from industry experts, innovative customers, and the nTop executive team to explore how computational design and AI/ML are transforming engineering and accelerating product development.

Join us at RAPID + TCT 2025 to learn how computational design is helping leading companies accelerate innovation and improve product engineering.

Discover the power of computational design to help accelerate your engineering projects. This webinar will show how you can build and run computational models to explore your feasible design space, perform rapid refinement cycles with simulation in the loop, and reuse high-performing design strategies across product and part families.

Join this webinar to learn about our partnership with Intact.Simulation. Our team will demonstrate how you can set up and launch analyses directly from within nTop without any loss in fidelity while performing linear elastic analysis solved directly on the implicit model. Intact does not require a conformal FE mesh, allowing for faster iterations and the ability to analyze designs containing complex geometries that are time-consuming and impractical in traditional FEA tools.

Join us to learn about the new changes and additions we have made in nTop.

Discover the power of computational design to help accelerate your engineering projects. This webinar will show how you can build and run computational models to explore your feasible design space, perform rapid refinement cycles with simulation in the loop, and reuse high-performing design strategies across product and part families.