Background:

Imagine this: Engineers engaged in New Product Development every day confront issues such as:

• How can I know which design alternative is best oriented for the highest performance?… “There are hundreds of alternatives when multiple variables are considered.”
• How can predict the exact life of the product (component or assembly) when in the hands of the customers?… “I should not under-engineer or over-engineer – both are dangerous.”
• How can I design the products for the best performance in their actual usage conditions?… “If performance standards are not met, then costly rejections can happen.”
• How should I design to keep the cost of manufacturing the least?… “The finite resources of manufacturing should be kept in mind while designing the products.”Answering these everyday issues is not easy. These questions haunt everyone involved – from engineers to the management of a company.Engineers today spend a lot of time modifying the 3D-CAD & perform simulations (1D, FEA & CFD) repeatedly until the requirements/expectations are met. These iterative steps lead to a lot of time and energy getting absorbed – sometimes without any confident outcome.Would it help if you could:
• Automate the process flows by combining internal or commercial 1D, 2D, and 3D CAD, simulation, and cost-estimating tools?
• Explore hundreds of different designs automatically (without human intervention) and their simulation results to make a better decision faster?
• Clearly predict the life of a product accurately under different conditions of usage?

If you are seeking answers to the above, then you can’t afford to miss this session. All it takes is 45mins of your time and you may discover a game-changing approach.