Geometric Dimensioning and Tolerancing Fundamentals 1 (Virtual Classroom)
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Length: 3 days CEUs: 1.50 PDHs: 15.00
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Get 20% off when you register by September 30*Use promo code: 21VC20 *Offer ends September 30, 2020 |
This course will run for 15 hours over two and a half days.
This geometric tolerancing course is based on the latest ASME Y14.5-2018 Standard, and will make the GD&T concepts easy to learn and apply. The training combines lecture with animated graphics and video clips to ensure that all students are engaged. The instructor also uses wood and plastic models to simulate parts, gages and inspection equipment. The models are used to demonstrate the physical mating of parts for engineering and design. The sample inspection equipment allows hands-on demonstrations of inspection, as well as measurement data reporting practices. After the class lecture is given for a unit, it is followed by a practical student exercise (either individual or group) to test the participants’ understanding.
You Will Learn To
- Demonstrate a thorough understanding of the fundamental geometric concepts
- Interpret and explain the application of geometric symbols on drawings
- Explain how to select the datum reference frames properly
- Calculate the position and profile tolerances
Who Should Attend
Anyone who needs to read engineering drawings. Engineering, designing, drafting, quality control, procurement, tolling, production, purchasing, manufacturing, CAD inspection, and shop personnel
Save up to $995 by enrolling in VCPD603 - a combo course consisting of this course (VCPD570) and VCPD561 “Geometric Tolerancing Applications and Tolerance Stacks.”
Learn more about ASME Learning & Development's Virtual Classroom!
Scott Neumann is a senior partner in Technical Consultants, Inc. He specializes in geometric tolerancing and tolerance stack-up and analysis. He is also an expert in measurement and inspection techniques.
Scott presents geometric tolerancing training programs to engineering, manufacturing and quality personnel at major corporations in the USA and around the world. He was a major contributor to the Geometric Tolerancing Applications with Stacks workbook and the Geometric Tolerancing Stacks and Analysis workbook. He has also coauthored a book and coproduced a DVD video series to the ASME Y14.5-2009 Standard, Geo Tol Pro, A practical Guide to Geometric Tolerancing.
Scott is a member of the American Society of Mechanical Engineers (ASME) and is a senior level ASME certified, geometric dimensioning and tolerancing professional. He represents the USA in the International Standards Organization, ISO TC10 committee. He regularly attends the USA, ASME Y14.5 subcommittee on dimensioning and tolerancing. He is also a member on the ASME Y14.45, Measurement Data Reporting committee.
Scott graduated from University of Florida with a degree in Mechanical Engineering.
Day One
- Introduction to Geometric Dimensioning and Tolerancing
- General overview
- Geometric characteristic symbols
- Rules, terms and definitions
- Introduction to measurement principles, open set-up and CMM (coordinate measuring machine)
- Limits of Size
- Rule #1
- Features with & without size
- Problems with plus/minus tolerancing
- Limits & fits
- How the Geometric System Works:
- Introduction to the datum reference frame
- Datum precedence
- Basic dimensions
- Introduction to Position Tolerancing
- MMC, LMC, RFS feature modifiers
- Introduction to Profile Tolerancing
Days Two and Three
- Position Tolerancing and Verification
- Verifying position
- More on MMC, LMC, RFS feature modifiers
- Paper gage
- Product Plans and Virtual Condition
- Product definition drawing, manufacturing process plan, dimensional measurement plan
- Introduction to boundaries
- Calculating virtual size
- Introduction to Datum Modifiers
- Perpendicularity as a refinement of position
- The Datum Reference Frame:
- Datums, datum features, datum feature simulators
- Holes, slots, shafts, tabs, widths as datum features
- Connection between the theory and physical
- Datum feature precedence
- Constraining the degrees of freedom
- Datum feature simulator requirements
- Partial datum features
- Creating a Complete Datum Reference Frame
- Practical Problems
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