MBD Using Modern GD&T

You Will Learn…

The fundamentals of model-based business practices. Clearly defined MBD/MBE terms and definitions. An overview of relevant standards. An understanding of the expanse of the MBE infrastructure. Current industry benefits and important factors for understanding MBD’s return on investment.

Course Description

Join us for several days of live instruction with hands-on practical exercises. Bring your own laptop! Our experts will guide you through building MBD examples in your preferred 3D CAD software program. The “pick-and-click” steps for applying annotations in your preferred CAD system(s) will not be taught during the course. Prior to the course, we highly recommend that you review the “pick-and-click” training modules for MBD & PMI in your preferred CAD system.

“This is an incredibly affordable way of learning the concepts… I got a lot more understanding, I had a little bit of fun with it, and I learned it much faster and much more affordably.”
 Ben Kassel, LMI

Topics

What is MBD/MBE?
MBD. DPD. MBE. TDP. Confused already? We will review basic nomenclature to ground everyone’s language around this topic, to facilitate meaningful discussion throughout the course. Watch Action Engineering’s on-demand video courses to get a head start before the course.

Not Your Grandparents’ GD&T (aka GD&T for the Modern World)
You may be familiar with GD&T, but are you stuck in the ‘olden times’? The tolerancing definitions in ASME Y14.5 haven’t changed much in recent years, but the way we apply geometric tolerancing has improved! The move away from plus/minus tolerancing into full position and profile tolerances on features is needed for a simpler and clearer design intent. Join us in the modern age to learn how to implement the latest methods of using the GD&T standards. We’ll demonstrate unambiguous product definition with GD&T through a variety of examples.

Getting Started with MBD
Learn what it takes to move MBE forward. Leverage your rich 3D data by understanding how to bundle data together for Design, Manufacturing, and Inspection.

Hands-on Exercises
Putting pencil to paper is the best way to learn proper GT (and we don’t mean D) for MBD. Work through examples together, both on paper and using 3D CAD software, with the focus on functional design requirements.

Why MBE?
Understand the purpose and benefits of MBE for organizations leveraging 3D annotated models. Spoiler: MBE is not one size fits all.

A More Functional Datum Reference Frame
Learn the differences between Datums and Datum Features through examples. Simpler and more functional Datum Reference Frames are the key to better part control.

Hands-on Exercises
Work through more examples together, both on paper and using 3D CAD software. These examples focus on understanding the Datum Reference Frame and how they constrain the 3D model in 3D space.

Data Packages: Flavors, Buckets, and Bundles
Understand the importance and functionality of Data Packages throughout the product lifecycle to capture Design, Manufacturing, and Quality (Inspection) intent. Expand Product Information into a unique 3-plan system.

Hands-on Exercises
Work through more examples together. Walk through examples from design authoring to manufacturing work instructions to automated inspection.

Where the Rubber Meets the Road
Work with complex model examples to understand the functional relationships of geometric tolerancing authoring requirements in the context of the assembly and mating parts.

Hands-on Practice to Move Towards Practitioner Level Expertise
Continue working through examples together, both on paper and using 3D CAD software. Work through an entire assembly.

Jennifer Herron

Action Engineering
CEO

Ryan Gelotte

Action Engineering
CTO

Dan Feighery

Action Engineering
MBD Trainer

Scott Neumann

Technical Consultants Inc.
Senior Partner

“It is important for people to realize that the future is MBD. It is important for people to realize that GD&T is the only way to completely define a product… MBD is the perfect opportunity to get people on board with GD&T. Also, and maybe mostly, having Scott explain GD&T is like magic!”

“The instructors were knowledgeable, animated and made what can easily be a very dull subject, fun and interesting. I learned a lot and had fun doing it. Well done.”
– Rick Frederickson, MIT Lincoln Laboratory

“This course put the topic in perspective and reinforced the value beyond just eliminating paper. Seeing the value and efficiencies that can be realized with this evolution of engineering communication through MBD and how it plays into downstream processes from manufacturing, quality, inspection to end user experience.”

“MBD is the forward direction of most industries. The sooner you can get on board, the better.”
– Jonathan Sanders, United Launch Alliance

“The course was engineered to emphasize the important concepts of MBD, software and GD&T in an efficient and engaging way, helping you learn vital skills for the implementation of MBD very quickly.”
– Toby Maw, Manufacturing Technology Centre

“This class taught me a more efficient way to communicate design intent with vital stakeholders.”
– Kieran Breitner, Colorado School of Mines

“I highly recommend this course if one wants to learn GD&T of the future and leverage digital technology fully.”
– Anthony Jenkins, Manufacturing Technology Centre

“Very accessible and very informative training. The instructors present the material very clearly, and are able to answer all student questions thoroughly. The training clearly demonstrates the benefits of GD&T vs. linear dimensioning, the fundamentals of applying good GD&T, and why MBD (model based definition) should be adopted.”
– Trevor Davis, Sierra Nevada Corporation

“I gained more from this course than much of my engineering coursework. I see the value in MBD and proper GD&T for all engineers and corporations in order to increase productivity and decrease scrap. It just makes sense. All engineering students should learn this material before they enter the workforce and inherit the bad practices used at many companies.”
– Connor Banks, Colorado School of Mines