AUKOM GD&T Training at Made to Measure
The training team at Made to Measure offers AUKOM GD&T training for anyone involved in the production and QC process.

AUKOM GD&T Metrology Training at Made to Measure

Our AUKOM GD&T course teaches Geometric Dimensioning & Tolerancing (GD&T) in the specific context of applied metrology. A working knowledge of AUKOM metrology best practices, combined with a comprehensive understanding of GD&T, can help your team develop cohesive communication, reduce defective parts, and increase overall throughput.

This vendor-neutral certification program will help you gain a comprehensive grasp on the measurement process and interpretation of measurements. Learn more about how this AUKOM metrology training course can help you and your team reduce waste, uncertainty, and cost!

Why Choose AUKOM GD&T?

When you want to take the path towards eliminating measurement uncertainty, it’s essential to educate your team on GD&T. And if your team employs the use of metrology equipment, then our AUKOM GD&T course is vital. Take a look at the subject matter covered in this training, and feel free to contact us with any questions you may have.

Next Available Class: April 23-25, 2024

  • Target group: Production metrologists, production engineers, developers, design engineers, QA heads
  • Prerequisites: None
    Note: an AUKOM 2 certificate for production metrologists is recommended, but not required for participation. Furthermore, if you complete AUKOM GD&T and pass the AUKOM 1 and AUKOM 2 exams, you will earn a certificate qualifying you as an AUKOM Metrologist.
  • Learning goals: This GD&T training course provides in-depth knowledge on form and positional tolerances in accordance with ISO & ASME standards. This course is for advanced measuring technicians who work alongside other departments and must communicate design changes effectively. Attendees will gain an insight into the topic of form and positional tolerances. AUKOM training helps measuring technicians successfully implement the drawing specifications and minimize uncertainty in measurement. This course will also assist metrologists in effectively communicating with other departments and reducing conflict. Lastly, by taking our AUKOM GD&T course, it’s common to lower operating costs and reduce wasted materials.
  • Course duration: 3 days
  • Completion: Certificate only. There is no exam for AUKOM GD&T. Participants who have passed the AUKOM 1 exam and AUKOM 2 exam will receive certification as an AUKOM Metrologist upon completion of the AUKOM GD&T course.
  • Cost: $1,375 per student

Topics Covered

GD&T-1 Basic rules of the ISO system of Geometrical Product Specification (GPS-System) and ASME
Introduction, Basic rules of the Geometrical Product Specification (ISO GPS-System and ASME Y14.5)

GD&T-2 Function, Specification, Verification, Terms
Function – Specification, Tolerance zones, Extraction, Filtration, Association, Integral and Derived Features, Specification – Verification

GD&T-3 Tolerances of form
Straightness of a line on a surface, Straightness of a median line, Roundness, Flatness, Cylindricity, Profile of a line, Profile of a surface, Measuring of form deviations

GD&T-4 Sizes and Angles
Feature of sizes, Sizes and form deviation, Specification of sizes – ISO and ASME

GD&T-5 Datums and Datum Systems
Need of a datum, Degrees of freedom, Single datum, Common datum, Datum system

GD&T-6 Tolerances of orientation, location, and run-out
Location, run-out deviations, Datum referencing, Orientation, Location, Run-out, Tolerances of orientation, and location to derived features

GD&T-7 Tolerances of profile form
Definitions, Drawing indications, Examples

GD&T-8 Maximum Material Requirement
MMR – Maximum Material Requirement, Functional background, Symbology, Toleranced bore pattern

GD&T-9 Least Material Requirement and Reciprocity Requirement
LMR – Least Material Requirement, Functional background, Symbology, Toleranced bore pattern, Reprocity requirement (ISO) and alternative in ASME

GD&T-10 Verification
Functional requirements and manufacturing conditions, Defaults of association in ISO and ASME, Examples