Successful engineering projects have one thing in common: a clean URS process.

Your customer's URS arrives as a PDF with dozens of requirements needing to be answered by different specialists.

From requirement to part

Each component in a mechanism starts out as a Requirement Specification.

From requirement to part

A successful project builds on an accurate review of each component.

A clean URS process ensures that each component is reviewed by a dedicated specialist.

The URS

A URS usually arrives as a PDF, which is not ideal for a clean URS process.

These documents are not treated as a single source of truth: comments get lost, and the document ends up in several versions that are not synchronized.

Extract and annotate

Graphenix extracts your user requirements onto an easy-to-use platform.

The PDF is uploaded once and its requirements are extracted, so that each engineer can review, annotate, approve or reject them. Other engineers can review in real time.

Collaborate

Every annotation lands in one place.

Each department sees the same requirement, the same part and each other's notes, live. As you build with Graphenix, your inventory of reviews grows, and with each new project Graphenix suggests how an earlier review of the same or a similar part was closed.

Approve

Supervisors track progress with ease.

As requirements are reviewed by engineers, each component can be ticked off. This leads to solid URS reviews that reduce implementation risk substantially.

Result

Risk-free implementation.

Most implementations fail because of limitations overlooked during the URS review. By governing the process with Graphenix, the resulting designs stand the test of reality.