Advanced Product Quality Planning is the framework of procedures and techniques used to develop products. Test.
Design Failure Modes & Effects Analysis and Failure Modes, Effects & Criticality Analysis are a step-by-step approach to identify and…
Design Review Based on Failure Modes is a focused approach of mitigating change risk within the product and process design….
Process Failure Modes and Effects Analysis is a step-by-step approach to identify and manage the risks of failures within the…
Production Part Approval Process is a standardized process in the automotive and aerospace industries that helps manufacturers and suppliers communicate…
Design for Manufacturing and Assembly is a combination of two methodologies; Design for Manufacture, which means the design for ease…
Lean Six Sigma – A structured and disciplined approach to making fact-based decisions that cover the DMAIC phases: Define; Measure;…
Design of experiments (DOE) – provides a systematic method to determine the relationship between factors affecting a process and the…
Reliability Engineering describes a focused approach to complete Reliability Engineering methods and how they will benefit your organization
Functional Safety describes how to implement a vehicle level functional safety program, create a HARA, and understand the interactions within…
Measurement System Analysis is an experimental and mathematical method of determining how much the variation within the measurement process contributes…
Statistical Process Control is a scientific visual method used to monitor, control and improve processes by eliminating special cause variation…
Fault Tree Analysis is a systematic, deductive (top-down), graphical methodology for defining a single specific undesirable event and determining all…
Machine Failure Modes and Effects Analysis is a methodical approach for identifying all possible equipment failures in a manufacturing or…
Root Cause Analysis – 8D is a methodical problem-solving process that covers the three common stages of correction: ⦁ Act…
QSB will provide a summary of how to assess shop floor manufacturing systems. Training will include control of nonconforming products,…
Poka-yoke is a technique for avoiding simple human error in the workplace. Also known as mistake-proofing, goof-proofing, and fail-safe work…
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Process Awareness
Ability and knowledge to participate in completing the FMEA Process
LEVEL 1
Competency
Ability and knowledge to lead a team in the FMEA Process
LEVEL 2
Proficient
Ability to teach and mentor Participants and Team Leads in the FMEA Process
LEVEL 3
Expert
Ability to lead an organization implementing FMEA
LEVEL 4
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Design for Manufacturing and Assembly is a combination of two methodologies; Design for Manufacture, which means the design for ease…
Process Failure Modes and Effects Analysis is a step-by-step approach to identify and manage the risks of failures within the…
Design Review Based on Failure Modes is a focused approach of mitigating change risk within the product and process design….
Design Failure Modes & Effects Analysis and Failure Modes, Effects & Criticality Analysis are a step-by-step approach to identify and…
Please visit ReliatrainGov.com for more information about Government Services
Process Failure Modes and Effects Analysis is a step-by-step approach to identify and manage the risks of failures within the…
Design Review Based on Failure Modes is a focused approach of mitigating change risk within the product and process design….
Design Failure Modes & Effects Analysis and Failure Modes, Effects & Criticality Analysis are a step-by-step approach to identify and…
Please visit ReliatrainGov.com for more information about Government Services
MFMEA / DFM M&T Training Program
Machine Failure Mode and Effects Analysis (MFMEA)
Design for Manufacturing – Machine & Tool Design (DFM-M&T)
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COURSE DESCRIPTION
Design for Manufacturing – Machine & Tool Design and Machine Failure Modes and Effects Analysis analyzes and improves the design of Machinery, Manufacturing Equipment, and Tools from a Life-Cycle-Cost perspective. The benefits of using this process include: reduced lead time; reduced investment cost; and improved reliability, maintainability, and uptime / availability. This course will provide the ability to define the probability that a machine or tool will perform continuously, without failure, for a specified time, when operating under defined conditions. This course provides a step-by-step process to identify risks of the machine or tool; identifies guidelines to assess the reliability and maintainability of the machine or tool; and teaches learners how to generate ideas and actions to mitigate the risks and optimize the machine or tool.
COURSE OBJECTIVES
MFMEA is used to analyze machinery (equipment and tools), to allow for customized selection of component parts, machine structure, tooling, bearings, coolants, etc.
This course will:
⦁ Identify designs that improve the reliability and maintainability of machinery for long-term plant usage;
⦁ Define preventive maintenance as a control to ensure reliability;
⦁ Define limited volume, customized machinery where large scale testing of machines is impractical prior to production and manufacture of the machine; and
⦁ Define parts that can be selected for use in the machine, where reliability data is available or can be obtained before production use
This training program is intended to provide an introduction and foundation of the Design for Manufacturing – M&T / MFMEA process. Mastering the content will improve the design of Machinery, Manufacturing Equipment and/or Tools from a Life-Cycle-Cost perspective. At the end of this course you should be able to:
⦁ List the inputs and outputs of DFM for Machine and Tool process
⦁ Explain the advantage of the DFM for Machine and Tool process
⦁ Define the inputs and outputs of Machine Failure Modes and Effects Analysis Process
⦁ Complete Machine Failure Modes and Effects Analysis of a Machine or Tool
⦁ Develop a list of areas where improvements can be made in machinery reliability, durability, and maintainability that will result in reduced mean-time-to-repair and increased machinery availability
⦁ Define how to complete Reliability Analysis of a Machine or Tool
⦁ Define the criteria of Reliability Analysis
⦁ Define how to complete Maintainability Analysis of a Machine or Tool
⦁ Define the criteria of Maintainability Analysis
⦁ Explain how to brainstorm ideas to improve a Machine or Tool design
⦁ Define the criteria for ranking ideas
⦁ Use DFM for Machine and Tool to identify the need for preventive maintenance
⦁ Define the link between the DFMEA and MFMEA to ensure the key characteristics controls are built into the machine
⦁ Complete a characteristic matrix for machine and tool design
COURSE OUTLINE
This course eliminates bottlenecks and process inefficiencies by contemplating industry best practices and organizing them into a disciplined and logical 5 Step DFM - MFMEA Process which includes:
⦁ Planning
⦁ Preparation
⦁ Risk Analysis
⦁ Actions
⦁ Assessment, Audit and Feedback Loop
| Step One: Planning | Focuses on the machine or process design that will be delivered to the customer. The prerequisite tasks for an effective analysis of the machine design include: ⦁ Define the “Voice of the Customer” (Requirements) |
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| Step Two: Preparation | Focuses on the machine or process design that will be delivered to the customer. The key preparation tasks for an effective analysis of the machine design include: ⦁ Assembling a team |
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| Step Three: Risk Analysis | This assessment phase provides a step-by-step process for the relevant engineer (or team) to complete assessment of their design. ⦁ Level of analysis is defined (system, subsystem, component) Note: The training material provides modifiable templates and examples that learners may use to complete the MFMEA. |
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| Step Four: Actions | Based on a team decision, recommended actions will be taken to change the design or material, which could impact Severity or Occurrence. Additional testing or machine design controls may be developed to reduce detection values. Level of analysis is defined (system, subsystem, component) to: ⦁ Determine if defined best practices and controls address defined risk |
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| Step Five: Assessment, Audit and Feedback Loop | In this step participants will learn how to create an audit process with defined criteria that will support improvement of the process and proficiency of the team and includes: ⦁ Documented required maintenance |
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| Step Six: Audit, Feedback, and Follow-up Lop | In this step participants will learn how to create an audit process with defined criteria that will support improvement of the process and proficiency of the team and includes: ⦁ Documented required maintenance |
COURSE PREREQUISITES
This is a Level One foundation training module and is a Prerequisite for higher level (Competency, Proficient, and Expert) FMEA Certification. The learner should have a working knowledge of the following:
⦁ DFMEA
⦁ Bill of Process - BOP
⦁ Product characteristics
⦁ Manufacturing / assembly process flow - PFD
COURSE RECOMMENDED PARTICIPANTS
DFM-M&T / MFMEA training supports the roles of Product Design Engineers; Safety Engineers; Reliability Engineers; Software Engineers; Packaging Engineer; Material Handling; Maintenance / Service Engineers; Test Engineers; Manufacturing Engineers; Industrial Engineers; Quality Engineers; Supplier Quality; Chief Engineers; FMEA Facilitators; Management; and Suppliers.
This training program is intended for all industries including but not limited to:
Commercial
Medical
Utilities
Aerospace
Consumer Lifestyle Products
Civil Engineering
Tooling and Equipment
Oil and Gas
Trains & Railroad Equipment
Military [DOD]
Government
Phones & Personal Devices
Learn More About DFM-M&T and MFMEA
ReliaTrain offers mentoring, facilitation, and training support for Product and Process Development based on Quality and Reliability industry standards. ReliaTrain provides step-by-step methodologies that can be tailored to your organizational requirements. Let us support implementation of DFM-M&T and MFMEA methodology at your organization.
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