Description

Learner profile:

This programme is best suited to Senior Engineers and Management

What you will get:

Participants will learn:

· To identify Datums & situation features.
· datums based on single datum features.
· common datums based on aligned and non-aligned datum features.
· datums based on groups of features.
· datums based on complex surfaces.
· identifying situation features on drawings.
· datums based on contacting features.
· The tolerance hierarchy
· How location and orientation tolerances control form directly and indirectly.
· Maximum Material Requirement
· Review of Maximum Material Requirement applied to tolerance values
· ‘bonus tolerance’
· Virtual Condition boundaries
· Maximum Material Requirement applied to datums
· ‘datum shift’
· datums based on Virtual Condition boundaries
· Least Material Requirement
· Projected tolerance zones (use of p symbol)
· Tolerances applied to non-rigid components (use of @ symbol)
· Multiple tolerances applied to groups of features