Geometric Tolerancing Public Programs
Al Neumann and Scott Neumann in conjunction with the American Society of Mechanical Engineers (ASME) and the Society of Manufacturing Engineers (SME) are offering public programs around the country. Shortened versions of the three most popular programs are offered.
The programs are presented with a variety of computer color animated graphics, video clips and plastic models which allow the students to clearly understand the concepts. For program outlines click on core programs or contact us at scott@geotol.com
For a detailed program outlines see Core Programs on the GeoTol website or contact us at scott@geotol.com
Below is a brief description of the planned public programs. For a detailed program outline see Core Programs
Geometric Tolerancing Fundamentals
This program includes emphasis on all the rules, measurement theory, datum reference frames, form, orientation, profile, positional tolerancing and the MMC, LMC and RFS concepts. The program approaches the subject from the "practical world" with the use of wood/plastic models that simulate parts, gages and inspection equipment. The basic philosophies of how, when, and where to apply geometrics along with common sense tips for producing quality parts are included.
Geometric Tolerancing Applications
Using computer animated color graphics and plastic models, student teams learn to apply and verify geometric tolerancing to a variety of mating parts and assemblies. The participants must solve case study problems according to predetermined functional requirements.
Datum reference frames must be established along with necessary application of MMC RFS and LMC modifiers, form, orientation, profile and positional tolerances. Geometric characteristics must be selected and tolerance values must be calculated. The problems include a variety of molded, sheet metal, machined parts, wire formed and welded assemblies.
Geometric Tolerancing Stacks and Analysis
This program is designed to educate students on how to evaluate, read and interpret geometric tolerances on linear and axial assemblies. The instruction is reinforced with student hands-on exercises consisting of a variety of mechanical case studies on both details and assemblies.
Students will understand how and why tolerances accumulate with the applications of MMC, LMC and RFS feature and datum modifiers. The students will have a vastly improved understanding of how to apply and evaluate geometric tolerances to parts and assemblies.
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Upcoming public programs with the American Society of Mechanical Engineers (ASME).
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