Establish product quality, save money and reduce development time over the lifecycle of a product.
GD&T is recognised around the world as the only way of defining engineering drawings unambigously. In an age where products are expected to be designed, manufactured and assembled by multi-functional teams working together across multiple continents the application of GD&T in ensuring product quality has never been more relevant .
This course provides an essential understanding of the symbolic language of GD&T within the context of BS 8888 and ISO GPS standards. Newly updated to the latest BS 8888:2020 and ISO GPS standards, delegates will learn how GD&T is used to convey design intent, guarantee both assembly and function and, maximize tolerances.
Applied at the outset of a project GD&T can establish robust product quality, save months of development time, tens even hundreds of thousands of pounds, and potentially millions over the lifecycle of a product.
The course is delivered by a dimensioning and tolerancing expert of over 20 years experience in mutiple industries and, supported with demonstrations, animations, models, real parts, case studies, discussions, written exercises, questions and calculations. Intense but engaging it provides delegates with the hard skills needed to solve problems and make a real difference to product quality.
Who should attend?
Design, development, manufacturing, assembly and quality engineers, CMM and CNC programmers, tool designers, toolmakers, technicians, inspectors, buyers and technical project managers. In short anyone who creates , reads or edits mechanical part drawings and models.
How will I benefit?
After the course you will be able to:
- Have an essential understanding of all the symbology used in BS 8888 and ISO GD&T and, how it's used to to meet design intent and remove ambiguity
- Understand how the geometrical charactistics of features determine their functionality
- Understand how datums and theoretically exact dimensions work, what they are for and how to select them
- Understand the 14 types geometric tolerances, how they are related and what each one will control
- Dimension and tolerance a feature to guarantee it will assemble with a mating part and provide additional tolerance in the process
- Calculate tolerance zone boundaries
- Understand how each and every one of an array of tolerance zone modifiers may used to increase or refine tolerance whilst ensuring the features meet their functional requirements
- Understand how to dimension and tolerance patterns of features
- Recognise the correct functional application of GD&T