Path planning is the computational process of generating a robot’s motion trajectory between points while avoiding obstacles, respecting joint limits, and optimizing factors such as speed or energy use. In offline programming guides, simulation reports, and work-cell design documents, it is presented as the planned route a tool or arm follows, bridging part geometry, control software, and physical machine constraints.
Path planning terminology appears in robot programming manuals, simulation software UI strings, and integration studies. Translators must align terminology with robotics platforms, preserve waypoint naming conventions, and decide whether “trajectory” and “path” refer to the same concept in the source text. It also appears in time-and-motion documentation that links cycle times to route choices.
A frequent mistake is translating path planning as “route scheduling” or “process sequencing,” which shifts the meaning from spatial robot motion to production order. This can cause support documentation and UI labels to mislead users about what the software actually controls, especially in simulation and collision-avoidance features. The error is common when the source text uses “path” for both material flow and robot trajectory.
The EU Machinery Directive requires documentation in the language of the destination market. Safety-related terms must map exactly to the wording of the governing standard.
Angel Translation locks terms like this into a project terminology base before expert review begins, so the same source term resolves to the same target term across every document in a submission — and stays consistent in the next revision. See the 8-step AI + expert workflow.
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