Adoption of PLM to Business | Microcredential

There are three variations of the advanced PLM microcredential courses available under the PLM for Engineers learning path. These instructor-led courses are suitable for learners working within:

Engineering

This course will address the need for an efficient PLM system to track and trace the data in its entire lifecycle for better management and output. This topic will demonstrate various methods available for streamlining the industry process and elements to integrate design data connectivity

Manufacturing

This course will allow you to understand the core of manufacturing operations engineering and various stages of implementing it. This topic will convey the holistic process of making the engineering data ready for production implementation and optimisation techniques which can be implemented to improve the productivity and quality of the production.

Quality Assurance

This course will address the quality compliance parameters and understand the elements of PLM where quality can be integrated. It will also demonstrate the ways to implement quality in the product planning, development, manufacturing and testing.

This is an advanced course; participants must first complete the Foundation of PLM course.

Upskill In High-Demand Skillsets

Developed by industry for industry, our microcredentials equip learners with the skills they need to apply them effectively in their roles

Flexible in delivery

Training pathways can also be delivered across fully consecutive days or spread across multiple weeks in smaller blocks to help with the learner’s schedule

Multi-Industry Applicable

Suitable for a range of industries, including Aerospace & Defence, Transportation, Manufacturing, Space and more

Microcredential

PLM for Engineering

This course is designed for participants to develop key knowledge on core aspects of PLM for Engineering, learn integrated mechanisms handling enterprise product design data and gain knowledge on PLM management systems for digital continuity.

Duration: 3 Contact Days

Study Mode: In-Person

Suitable for: Project Manager, Design Engineer, Product Engineer, Configuration Engineer, Mechanical Engineer

What is Covered?

What is PLM for Engineering?
Requirement & Traceability Management
Portfolio and Product Planning.
Program & Project Management
Product Variant & Configuration Management
End-to-End Change Management including Engineering and Manufacturing
Risk, Opportunity & Issue Management
Document Management Revision Version control
Review & Approve Workflow Management
Collaborative Task Management
Bill of Material/ Product Definition Management based on MBSE
Best Practises for PLM Engineers
Business Case Studies and factors driving PLM for Digital Thread.

Expected Outcomes

Within this micro-credential, you will:

Understand importance of collaborative designing and unified data repository.
Ability to understand the data maturity and data traceability.
Knowledge on lifecycle of the data and process workflows for releasing product data.
Understand product configuration and ways to scale up product portfolios.
Define connected design data for digital continuity.

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Microcredential

PLM for Manufacturing

This course is designed for participants to develop key knowledge on core aspects of PLM for Manufacturing, learn interfaces of digital design for manufacturing and gain knowledge on manufacturing planning for digital continuity.

Duration: 2 Contact Days

Study Mode: In-Person

Suitable for: Manufacturing Engineers and Mechanical Engineers

What is Covered?

What is PLM for Manufacturing?
MBOM definition with 3D-oriented review and authoring functionalities
Define Manufactured Item Structure
Create Manufacturing Assemblies/Kits
Manage engineering and manufacturing configuration
Define Process Planning – define the routings/operations using MBOM with sequence
Manage Engineering evolution and impacts on Process Planning
Define Alternate Parts or Assemblies
Manage the capable resource structure of the workplans
Manage links between capable resources and production plan objects
Change management of Manufacturing Definition in conjunction Engineering Definition

Expected Outcomes

Within this micro-credential, you will:

Knowledge on interface between design, engineering and manufacturing.
Define differences between EBOM and MBOM.
Knowledge on various stages of Manufacturing process planning.

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Microcredential

PLM for Quality Assurance

This course is designed for participants to develop key knowledge of PLM elements contributing to quality assurance with an aim to increase product safety and reliability, shorten product development processes and reduce costs, all while adhering to industry standards.

Duration: 2 Contact Days

Study Mode: In-Person

Suitable for: Project Manager, Quality Manager, Design Engineer, Manufacturing Engineer, Simulation Engineer

What is Covered?

What does PLM entail for Quality Assurance?
What are various methods of integrating quality into PLM?
Overview of End-to-End process
Quality Document Management
End-to-End Change Management including Engineering and Manufacturing
Quality Management with Review & Approve Workflows
Collaborative Task Management
Risk & Issue Management
What are different PLM stages the Quality can be integrated?
How can global compliance standards be integrated into PLM processes?
Advantages of quality management/assurance for OEMs.

Expected Outcomes

Within this micro-credential, you will:

Quality Management capabilities and influence across PLM functionalities.
Acquire knowledge about the components of quality management within PLM.
Capability to comprehend methods for managing or preventing defects.
Grasp methods for mitigating risks within a PLM system.
Gain insight into how a PLM system can assist in establishing a quality compliance framework.

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