Basic GD&T – 3 Days

January 15th – 17th, 2019

Prerequisites: Blueprint Reading skills
Text: Geometric Dimensioning and Tolerancing (Covers ASME Y14.5 – 2009 Standard)

The basic GD&T program is a practical, straightforward approach to geometric tolerancing and conforms to the Standard ASME Y14.5M-2009.

Participants will leave the course with an understanding of basic GD&T principles and applications, and will also know how to interpret GD&T on engineering drawings. Attendants should have a basic knowledge of blueprint reading prior to taking this course.

  • The training reviews GD&T history and will provide an in-depth study of geometric characteristics and tolerance zones.
  • The class is lecture-based, but also provides time for classroom discussions.
  • Each participant will also leave with a GD&T workbook which serves as an excellent resource post training.

Next Scheduled Class:
January 15th – 17th, 2019
$949 per student
Includes GD&T workbook

Applied GD&T – 1 Day

Prerequisites: Blueprint Reading skills & Basic GD&T
Text: “A Practical Guide to Geometric Tolerancing per ASME Y14.5 – 2009”
by Scott Neumann, Al Neumann

Designed to cover the more advanced applications of geometric dimensioning and tolerancing. Participants will leave the course with an understanding of how to apply the principals as well as a deeper understanding of geometric dimensioning and tolerancing.

Next Scheduled Class:
$430 per student
Includes GD&T workbook

Learn the fundamentals of manufacturing, engineering, and metrology – whether you’re designing parts, making them, or measuring them.
  • Symbols & Terms
  • How GD&T works
  • Position tolerance verification
  • Datums, Datum reference frames, Datum Targets
  • Single segments, 2 single segments vs composite
  • Formulas—Fixed and Floating
  • Screw treads, Coaxial
  • Form tolerance—Flatness, Straightness, Circularity, and Cylindricity
  • Orientation tolerance—Parallelism, Angularity and Perpendicularity
  • Profile tolerance—Line and Surface
  • Location tolerance—Position, Concentricity and Symmetry
  • Runout—Circular and Total runout
  • Modifiers, RFS, LMC, MMC, Projected tolerance, Tangent plane

Ready to Register?