white paper

Optimizing electric drive engineering

Maximize efficiency by merging design and engineering in one ecosystem

Reading time: 17 minutes
An electric drive on an electric vehicle chassis platform in an automotive assembly plant

Match the challenges of complex electric drive systems on shorter time-to-market demands with an integrated workflow. Control some of the complexities you have the power to by bringing all the necessary tools into a single platform.

Download this white paper and find out how an integrated workflow will improve your manufacturing accuracy, efficiency and total team collaboration.

Improving accuracy with an integrated workflow

The ability to establish a single source of truth when it comes to data from various domains is immense. Eliminating the need to manually transfer data from tool to tool ensures that data is not lost, overlooked or out of date. Engineers will be more free to get back to working on actual tasks, knowing data from other domains will arrive on time and accurately.

Improving efficiency with an integrated workflow

There are several major ways in which an integrated workflow can make your electric drive engineering process more efficient. One efficiency pillar is the ability to develop an automated workflow with HEEDS™ software. HEEDS offers several developed interfaces to integrate commercial computer-aided design (CAD) and computer-aided engineering (CAE) tools with other tools. This allows engineers to automate data transfer from various tools and then begin the analysis and evaluation process.

Improving collaboration with an integrated workflow

An integrated workflow has enhanced collaboration as its backbone. Being integrated with a product lifecycle management (PLM) system ensures that each domain is working on the same version of the design. A PLM also guarantees that individuals regardless of their domain have access to the documentation they need.

Download this white paper and find out how to meet the difficulties of electric drive engineering with a tool and process that is capable.

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