Model-based definition (MBD) is an emerging industry technique that uses 3D CAD models with annotations to communicate information between people and equipment instead of using drawings. This technique results in reduced variability during data translation, more accurate product definition information and wider dissemination of product data through an increasingly digital corporate enterprise.
What is the MBD Certificate Program?
The MBD certificate program (MBD CP) is a program that will:
- Provide an overview of MBD so that participants will gain an understanding of how it is beneficial to the modern manufacturing environment of their organization along with the use of PLM tools and methods.
- Explain and demonstrate how to capture Product Manufacturing Information (PMI) in the selected CAD system, as well as guide participants through learning activities to help them gain real world experience capturing the information in a MBD format.
- Allow participants up to four hours of direct interaction with the instructor while they complete the course.[NWH1]
- Expose participants to the opportunities to re-use MBD data throughout the lifecycle of the product.
Who should take the MBD CP?
The class is targeted at CAD designers or others who are tasked with creating 3D CAD models that contain Product and Manufacturing Information. Other persons who will benefit from the certificate include: Product Managers, Project Managers, Manufacturing Floor Personnel and Quality Assurance or Inspection Engineers.
What CAD systems are used?
The MBD CP is currently offered with Creo Parametric 3.0, CATIA V5-6R2014, and NX 9.
Do I need my own license of the CAD software to participate?
You do not need access to your own license of the CAD software to participate. A virtual machine will be setup exclusively for your use while you are enrolled in the class, containing the CAD software that you have selected.
How much does it cost?
Self-paced classes are $2,250.00 per participant.
Virtual Instructor lead classes are:
|1 participant||$ 2,500.00|
|2 – 4 participants||$ 2,250.00 each|
|5 or more participants||$ 2,000.00 each|
See the "How is the class delivered" section below for further information on each learning format.
How do I register?
To register for the Model-Based Definition Certificate Program click here
How is the class delivered?
The class can be taken in two ways:
1. Online instructor-led: Participants and the instructor will join a web meeting at a predetermined time and the class will be delivered live. A minimum of 4 students must register to hold an instructor-led class.
2. Self-paced: Participants will watch pre-recorded lectures and demonstrations on their own schedule and will complete exercises at their own pace. Participants taking this option will still have access to the instructor through email to ask questions as they complete the material.
Both formats are taught by Purdue University faculty who are ASME Certified GD&T Professional Technicians to ensure you receive maximum benefit from the content delivered.
How long will it take?
The maximum amount of time required to view lectures, complete exercises and take quizzes for each module is approximately 24 hours:
|Module 1: Overview of MBD and PMI||~ 8 hours|
|Module 2: Transformation from 2D to 3D Product Data||~ 8 hours|
|Module 3: Guided Practice||~ 4 hours|
|Module 4: Model-based Data Exchange and Geometry Reuse||~ 4 hours|
Participants completing all four modules will earn 2.4 Continuing Education Units (CEUs).
Why should I take training from Purdue instead of the CAD vendor?
Purdue’s goal is to help you understand current industry technology and best practices, while earning a credential that can help advance your professional career. Our courses focus on the capabilities of current CAD technologies, while illustrating best practices. We are not an advocate for specific CAD tools in this course and will highlight real world challenges that you may encounter along your Model Based journey.
Is a more detailed description of each of the modules available?
See the following paragraphs for a more detailed description of the topics covered in each module.
Module 1: Overview of MBD and PMI
|This module covers an overview of how MBD fits into the modern manufacturing environment via the use of PLM tools and methods. It also covers an over view of PMI, with emphasis given to GDT and other model-based annotations. The role of product manufacturing information (PMI) and how that relates to the creation of the model or drawing will also be covered. Course topics include|
Module 2: Transformation from 2D to 3D Product Data
|This module provides a comparison between 2D and 3D product data techniques, particularly a discussion of the change in information flow and the fidelity of product data when using 3D model representations instead of 2D drawings. Course topics include:|
Module 3: Guided Practice for Creating PMI
|This module offers the opportunity for guided practice as a follow up to modules 1 and 2. Students will bring drawings of a part with them to class (instructor has final approval on selected parts), and learn to add appropriate annotations to that model according to the content learned in the preceding courses with the companies MBD schema in mind. The goal of this course is to provide an authentic learning experience for the students while having the advice and guidance of the instructor.|
Module 4: Model-based Data Exchange and Geometry Reuse
|This module is focused on the reuse of MBD product data outside of the design function of the product lifecycle. Students will be exposed to the various derivative file format options used in industry for moving CAD/MBD data, as well as the differences between MBD presentation and representation functionality. Course topics include:|
If you have any further questions please contact Rosemary Astheimer at firstname.lastname@example.org.