High-Fidelity Design Exploration at Scale with nTop and Ansys part of Synopsys

Overview 

High-fidelity design space exploration has traditionally been difficult to scale because engineering teams often need to create reliable geometry variants manually and then run simulation on each configuration. 

This hands-on workshop will show how nTop implicit modeling and Ansys optiSLang can be connected to automate geometry generation, simulation workflow orchestration, design exploration, and optimization. 

Participants will learn how to move from a limited number of manual design iterations to a more systematic workflow that can evaluate larger parameter spaces, compare trade-offs, and identify better-performing designs. 

What Attendees Will Learn

• How to generate analysis-ready parametric geometry variants using nTop implicit modeling 

• How to connect geometry workflows with Ansys simulation tools for scalable design studies 

• How to use Ansys optiSLang to orchestrate design exploration, sensitivity analysis, and optimization workflows 

• How to evaluate trade-offs across multiple objectives and identify higher-performing design candidates 

• How automated workflows can reduce manual iteration and make broader design space exploration practical 

Who Should Attend 

• Design Engineers: Professionals creating and evaluating complex geometry variants who want to accelerate exploration without manual remodeling. 

• Simulation Engineers: Analysts running high-fidelity studies who need more efficient ways to evaluate larger design spaces. 

• Optimization Specialists: Engineers responsible for design of experiments, sensitivity analysis, surrogate modeling, and multi-objective optimization. 

• Technical Leaders and R&D Teams: Groups looking to connect implicit modeling, simulation automation, and optimization into a repeatable workflow. 

Workshop Focus 

• Generate analysis-ready parametric geometry variants with nTop implicit modeling. 

• Connect geometry workflows to Ansys simulation tools without manual CAD reconstruction or mesh repair. 

• Use Ansys optiSLang to orchestrate design studies, sensitivity analysis, trade-off exploration, and multi-objective optimization. 

• Understand how automated workflows can reduce manual iteration and make broader design space exploration practical.