What You Need to Execute Simulation-driven Design

Given infinite time and money, you can achieve just about anything.

But here in the real world, things work differently. When you’re planning to strategically incorporate more simulation into your design processes, you will encounter some constraints.

Here’s what you need to consider as you assess your technical feasibility to turn your vision into reality.

Four Ingredients for Successful Simulation

Applying simulation to your specific engineering problem requires:

1. Analysis software — Do you have the right tool for the analysis you want to do, or at least a tool that will complete the task well enough? Check the capabilities of software your company already has. Some software can do almost everything, while others specialize in specific types of analysis.
2. Data inputs for analysis — This will determine the type of analysis or the level of detail and accuracy you can achieve.
3. Computational resources — Do you have the computing power to run the simulations? Relatively standard workstations are often sufficient, but bigger analysis problems require more, possibly even high-performance computing capabilities.
4. Expertise — Make sure your team has the skills to work effectively. If not, invest in training or seek external help.

Ensuring these pieces are in place gives your product design project the best chance to proceed smoothly. And if you identify gaps in your capabilities? Consulting with an experienced analyst can deliver insights — not only about simulation, but the entire engineering design process.

Want to learn what else you need to do to put simulation to work for better product design? Download the eBook: “How Engineering Simulation Can Improve Your Product Development Process: A decision framework for more successful projects.”