Multidisciplinary Design Optimization (MDO) software — like modeFRONTIER — enables you to create automated processes and Design of Experiments (DoE) to determine the effect of key parameters on the performance of your products.

nTop Platform integrates with MDO tools through nTopCL to act as an unbreakable generative geometry node. This opens up new and unique possibilities for advanced engineering design exploration.

In this webinar, Gaurish Sharma of Esteco and Evan Pilz of nTopology, will show you how to set up, run, and evaluate the results of an automated Topology Optimization DoE to identify a truly optimal solution.

Join this webinar to learn how to:

• Automate DoE in modeFRONTIER and pass design parameters to nTop Platform
• Generate part geometry using topology optimization and automated post-processing
• Evaluate the results in ANSYS and select the best design using statistical methods

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Gaurish Sharma, Application Engineer at ESTECO
Gaurish is a Mechanical Engineer with a focus on Multidisciplinary Optimization. At Esteco, he specializes in multiphysics optimization and data analysis with modeFRONTIER. In the past, Gaurish worked at Cummins Emission Solution in developing a static mixer design for Aftertreatment systems in conceptual phase. He holds a Masters in Mechanical Engineering from the University of Cincinnati.

Evan Pilz, Application Engineer at nTopology
Evan is a mechanical engineer specializing in advanced engineering design. At nTopology, he helps engineers apply cutting-edge approaches to design using nTop Platform. He has trained hundreds of professionals through onsite and online workshops. Evan holds a Mechanical Engineering degree with a focus on Additive Manufacturing from the University of Pittsburgh.