MBB Consulting™ - Geometric Dimensioning & Tolerancing - ASME Y14.5 2018 Intro. (GD&T1) Training In Cincinnati, OH

Cincinnati is the 3rd largest city in Ohio. GD&T training helps Cincinnati students specify part geometries manufacturably.

Price

$698 / student

Duration

2 days

Format

In-person, instructor-led slideshow with exercises and a quiz to test comprehension.

Materials

Each student will receive a 3-ring binder containing print-outs of the slideshow. Assuming satisfactory quiz results graded a few days after class, each student will receive a Certificate of Completion.

Class Size

4 - 10 students

Start Day Options

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City

Cincinnati, OH

Recommended Dates

The following dates are recommended because they have a low minimum student requirement, or students are enrolled but not yet enough to hold a class. Please choose a date for your Geometric Dimensioning & Tolerancing - ASME Y14.5 2018 Intro. (GD&T1) Training class. Dates are formatted as year-month-day:

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About Geometric Dimensioning & Tolerancing - ASME Y14.5 2018 Intro. (GD&T1) Training

Who is Geometric Dimensioning & Tolerancing - ASME Y14.5 2018 Intro. (GD&T1) Training for?

Anybody who makes or uses engineering drawings should know GD&T. This includes, drafters, designers, engineers of all disciplines, buyers, machinists, maintenance technicians, salespeople, auditors, inspectors, and their management. In our course, Cincinnati students learn:

Geometric Dimensioning & Tolerancing - ASME Y14.5 2018 Intro. (GD&T1) Training Course Overview:

GD&T training describes Geometric Dimensioning and Tolerancing letting Cincinnati students specify part geometries consistent with their manufacturability. Prints serve their internal customer users including Product Design, Purchasing, Manufacturing Engineering, and Production. It is important that information be communicated clearly and in a useful manner to these important stakeholders. As such, geometric dimensioning and tolerancing (GD&T) symbology is articulated in ASME Y14.5 to satisfy this need.

Our 2-day introduction to GD&T fundamentals covers the following with exercises throughout and a test for comprehension at the end. Students will learn:

Overview. Units of measure, fundamental dimensioning rules, terms, material conditions, extreme form variation, allowance, clearance, and types of fit.

Symbols. Dimensioning symbols and templates, datum features and targets, geometric characters, material conditions, and feature control.

Datums. Symbol, surface, frame, and target. Also includes partial and coplanar.

Material Conditions. Limits of size, perfect form boundary, regardless of feature size (RFS), maximum material condition (MMC), least material condition (LMC), datum feature hierarchy, and datum precedence.

Form and Profile. Straightness, flatness, circularity, cylindricity, profile, and, free state variation.

Orientation and Runout. Orientation, runout, combinations, tangent plane.

Location. Position, coaxial features, non-parallel holes, slotted holes, spheres, fasteners, projected zones, virtual conditions, concentricity, coaxiality, and symmetry.

More Cities

If Cincinnati won't work for you, don't worry. MBB Consulting™ also offers Geometric Dimensioning & Tolerancing - ASME Y14.5 2018 Intro. (GD&T1) Training in the following recommended cities plus many more:

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Houston

Houston, TX

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San Antonio

San Antonio, TX

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Dallas

Dallas, TX

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Austin

Austin, TX

Cincinnati

Queen of the West

Excellent choice! Ohio River steamboats connected Cincinnati commercially to St. Louis and New Orleans. Pork and hay were exported. Completion of the Miami and Erie Canal made connections to Middletown and Toledo. Then, railroads to Sandusky Bay on Lake Eerie. Streetcar lines were installed. All allowing Cincinnati to bloom into the vibrant city it is today offering many culturally enriching experiences. After Geometric Dimensioning & Tolerancing - ASME Y14.5 2018 Intro. (GD&T1) Training, popular attractions include the zoo, Fountain square, museums, and parks. Arnold's Bar and Grill is pretty famous for having been around so long and their excellent menu. Oktoberfest is a fun time to visit.

Cincinnati, OH

Facility

Our Cincinnati Geometric Dimensioning & Tolerancing - ASME Y14.5 2018 Intro. (GD&T1) Training facility is in a five-story building within one of the newest office complexes in Sharonville Business Park. The office space offers a modern, professional corporate environment and is surrounded by green space - beautiful parks with walking trails and covered pavilions - and upscale residential communities. The office space is conveniently located off Interstate I-275, one exit off I-71, three exits from I-75 and 18 miles from downtown Cincinnati. Cincinnati, which is ranked sixth metro area in the USA for business expansion, is strong in both services and manufacturing. Greater Cincinnati is the US headquarters of banks and financial services, airlines, hotel and casino operators and manufacturers of automotive and train parts, as well as a truck production plant. It's also home to the construction, real estate, food and beverage sectors, pharmaceuticals, surgical instruments and household consumer products manufacturers. There are a number of amenities close to the office space.

Maps of Nearby

The following links will open in new tabs so you don't lose your place in the pre-registration process. When you're done checking out all the cool stuff around Cincinnati, return here to choose a date for your Geometric Dimensioning & Tolerancing - ASME Y14.5 2018 Intro. (GD&T1) Training class.

Testimonials

Read what our students and clients have to say.

Brian H.
Facilities Operations Manager
Automotive

I recommend MBBC's 5S training to others!

Mahmuda M.
Applications Scientist
Electronics

I strongly recommend MBBC's 5S training to others.

		Overview. Units of measure, fundamental dimensioning rules, terms, material conditions, extreme form variation, allowance, clearance, and types of fit.
		Symbols. Dimensioning symbols and templates, datum features and targets, geometric characters, material conditions, and feature control.
		Datums. Symbol, surface, frame, and target. Also includes partial and coplanar.
		Material Conditions. Limits of size, perfect form boundary, regardless of feature size (RFS), maximum material condition (MMC), least material condition (LMC), datum feature hierarchy, and datum precedence.
		Form and Profile. Straightness, flatness, circularity, cylindricity, profile, and, free state variation.
		Orientation and Runout. Orientation, runout, combinations, tangent plane.
		Location. Position, coaxial features, non-parallel holes, slotted holes, spheres, fasteners, projected zones, virtual conditions, concentricity, coaxiality, and symmetry.