Model Based Definition

This training covers dimensioning and tolerancing of a 3D CAD model. Use of a 3D CAD model of this kind makes a 2D drawing unnecessary. It is important here to be able to provide the 3D model with the necessary 2D information (roughness values, fits, form and position tolerances, etc.). To enable this, the course makes ample use of the new symbols for form and position tolerances.

Depending on the CAD system you use, you may also be able to make extensive use of 3D CAD model dimensioning and tolerancing in practice.

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Training objective

The main goal of the course is to familiarise participants with the new additional form and position symbols and with the MBD process. During the course, you will discover how to use annotation mode tools to make an MBD model with the MBD process. You will learn how transfer 2D information to a 3D model, so all Product Manufacturing Information (PMI) is present, making the 2D drawing unnecessary.

In the two-day training session, participants will:

Gain better insight into the MBD process and understand how to make MBD models.
Familiarise themselves with new additional Form and Position tolerance symbols according to ISO 1101:2017.

General

Maximum of 8 participants per session, in order to promote class discussion and interaction.
The training is given onsite at the organisation of the participants
The client will provide a projector and whiteboard.
The training can be given in either Dutch or English.
After completion, each participant will receive a certificate of participation.

Target group

The training is primarily intended for designers who need to create and approve 3D models, but anyone who deals with form and position tolerances in general is encouraged to participate.

Duration of the training

The complete ‘Model-Based Definition’ training course lasts two days. However, the course contents can be adjusted to the specific needs of your organisation, such as for a specific project or product group. The duration of the course can be adjusted in consultation.

More information

ISO 16792:2015 opleiding
ASME Y14.41-2012 opleiding

ISO 16792:2015

Contents of the training

Introduction

Geometric Product Specifications terms and basic definitions
Basic rules and symbols
Data set and design model requirements
Requirements for product definition data

Datum reference

The datum system, Planar and Datum targets
Datum reference frame, Degrees of Freedom and sequences

Geometric Tolerances

Flatness, Straightness, Circularity and Cylindricity
Perpendicularity, Angularity and Parallelism
Tolerance of Position Controls
Concentricity, Coaxiality and Symmetry Controls
Profile of a surface and Profile of a line
Circular runout and Total runout
Multiple single segment controls and Pattern tolerancing
Direction feature, Intersection plane, Orientation plane and Collection plane

Weld

Surface texture

CAD annotation elements

Preparing Models for Annotation
Creating Annotation Elements
Modifying Annotation Elements
Completing Combination States
Feature descriptions and types
Establishing DRF

Training materials

Manual in English: “ISO GPS Ultimate Pocket Guide”, 141 pages.
Syllabus: 165 pages in English.

ASME Y14.41-2012