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Providing organizations with a design and integration infrastructure that automates processes and enables collaborative product design


Engineous’ FIPER technology helps companies decrease product design and manufacturing cycle time, reduce production costs, achieve higher levels of product quality and reliability, and get products to market faster. FIPER has a web-based, distributed design and integration infrastructure that allows organizations to access, execute and reuse design tools and processes. Design teams may be work groups inside an organization or may be part of a global geographically dispersed network of partners.

>> FIPER v3.0 Product Brochure

>> FIPER v3.0 Highlights and Specifications

>> FIPER v3.0 supported platforms

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View an online FIPER Demo

“Product development teams need to be more agile to react to product trends and customer demands. To improve processes, organizations need a design infrastructure that synchronizes information and engineering resources, and effectively promotes global design collaboration.” Mark Halpern, Research Director, Product Lifecycle Management, Gartner

SPEED COST QUALITY

Integrate workflow processes so they can be executed much more rapidly, in an automated environment, to drastically reduce manual work and design cycle time

Enable and accelerate design collaboration among partners—both internal and external to eliminate communication bottlenecks

Capture workflow processes and best practices to reduce the time required to train new designers

Lower hardware investments through effective use of legacy systems and more efficient job distribution

Reduce product development cost and design cycle time through design automation

Reduce warranty costs by applying Design for Six Sigma methods to ensure more reliable and robust products

Avoid cost overruns by directly and quantitatively estimating costs during the design process using sophisticated cost models

Improve product design by using state-of-the-art optimization technology to evaluate many more design alternatives

Improve product quality by applying Quality Engineering and Six Sigma Robust Design methods throughout the entire design process - from conceptual and preliminary design through final detailed design

Capture manufacturing requirements early in the design process to ensure that high quality standards can be met






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