Advanced Concepts of GD & T CIE 1024 (1.6 CEUs)

(Based on the ASME Y14.5M-1994 Standard)

This class covers advanced GD&T concepts such as composite tolerancing, tolerance analysis, datum selection, non-rigid part dimensioning, and many more key dimensioning topics.

Detailed content:

Functional dimensioning Rigid / Flexible parts - specification and interpretation Restraint notes on non-rigid parts - specification and interpretation Restrained part datum system on non-rigid parts Form control applications: seal, assembly, support, flatness Datum system Ten common datum feature types - specification and interpretation Datum target applications Special datum feature applications: screw threads, gears, splines, temporary datum features Tolerance of position: modifier usage, loss function curve types, and applications Simultaneous and separate requirements for tolerance of position Composite position tolerancing Multiple single-segment position tolerancing Tolerance of position applications with a conical tolerance zone Profile controls, three profile myths Simultaneous and separate requirements for profile Composite profile tolerancing - specification and interpretation Multiple single segment profile - specification and interpretation Profile applications

Course Material Provided by instructor Instructor David L Slopsema, MBA, PE and senior Level Certified Geometric Dimensioning and Tolerancing Professional per the American Society of Mechanical Engineers. Slopsema is an adjunct instructor for Engineering Professional Development, University of Michigan-Dearborn. Target Audience

Continuing Education Units A total of 1.6 CEUs will be awarded to each participant who completes the program. The CEU is a nationally recognized means of tracking non-credit continuing education

development. It confirms participation in a structured professional development activity or course work. One CEU is awarded for 10 hours of completed activity or course work. A permanent record of each attendees participation is maintained in the Office of the Registrar at the University of Michigan-Dearborn.

Register Engineering Professional Development Phone: 313-593-0938 Fax: 313-593-4070 URL: http://epd.umd.umich.edu/nonCredit/ Email: epd-info@epd.umd.umich.edu

Tolerance Stacks

(Based on the ASME Y14.5M-1994 Standard)

This class presents a method for creating tolerance stacks that fully and accurately account for all tolerances.

Detailed content

Importance of stacks Prerequisite skills Introduction to stacks The four basic stack steps Part stacks using coordinate dimensions Part stacks using runout Part stacks using profile Part stacks using position Part stacks using bonus (planar & RFS datums) Part stacks using position with bonus and shift Part stacks using multiple geometric tolerances Assembly stacks using coordinate dimensions Assembly stacks using runout Assembly stacks using profile Assembly stacks using position Stacks using form controls applied to a feature Stacks using straightness applied to a feature of size Stacks using orientation controls applied to a feature Stacks using orientation controls applied to a feature of size Assembly stacks using multiple geometric tolerances

Course Material Provided by instructor Instructor David L Slopsema, MBA, PE and senior Level Certified Geometric Dimensioning and Tolerancing Professional per the American Society of Mechanical Engineers. Slopsema is an adjuct instructor for Engineering Professional Development, University of Michigan-Dearborn. Target Audience

Continuing Education Units A total of 1.6 CEUs will be awarded to each participant who completes the program. The CEU is a nationally recognized means of tracking non-credit continuing education

development. It confirms participation in a structured professional development activity or course work. One CEU is awarded for 10 hours of completed activity or course work. A permanent record of each attendees participation is maintained in the Office of the Registrar at the University of Michigan-Dearborn.

Register Engineering Professional Development Phone: 313-593-0938 Fax: 313-593-4070 URL: http://epd.umd.umich.edu/nonCredit/ Email: epd-info@epd.umd.umich.edu

(Based on the ASME Y14.5M-1994 Standard)This class covers advanced GD&T concepts such as composite tolerancing, tolerance analysis, datum selection, non-rigid part dimensioning, and many more key dimensioning topics. Detailed content: Functional dimensioning Rigid / Flexible parts - specification and interpretation Restraint notes on non-rigid parts - specification and interpretation Restrained part datum system on non-rigid parts Form control applications: seal, assembly, support, flatness Datum system Ten common datum feature types - specification and interpretation Datum target applications Special datum feature applications: screw threads, gears, splines, temporary datum features Tolerance of position: modifier usage, loss function curve types, and applications Simultaneous and separate requirements for tolerance of position Composite position tolerancing Multiple single-segment position tolerancing Tolerance of position applications with a conical tolerance zone Profile controls, three profile myths Simultaneous and separate requirements for profile Composite profile tolerancing - specification and interpretation Multiple single segment profile - specification and interpretation Profile applicationsContinuing Education UnitsRegister

Tolerance Stacks(Based on the ASME Y14.5M-1994 Standard)This class presents a method for creating tolerance stacks that fully and accurately account for all tolerances. Detailed contentContinuing Education UnitsRegister