T 55v19D - Free Demo Course - E-Learning AIAG and VDA FMEA Failure Modes and Effects Analysis Hanbook approach 2019
Free demo course - E-Learning (online course) - FMEA (Failure Modes and Effects Analysis) approach
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| Result of the training satisfaction survey : | 83% | Last update on September 04, 2024 |
Opinions
Nice training, documents easy to retrieve. Dave
Description of the online course FMEA (Failure Modes and Effects Analysis) approach
Discover the FMEA (failure Mode and Effects Analysis) version 2019 and
- identify the stakes
- understand the requirements
- identify the principles
- master the tools
Get used to
- the FMEA approach
- function analysis
- failure analysis
- the terminlogy
- FMEA approach documents
The important and fundamental elements of a FMEA approach
- IATF requirements
- FMEA approach (types, benefits, terms, steps)
- process approach
- preparation (planning, strucure and function analyses)
- failure analysis
- risk analysis
- optimization
- documentation
The menu of the course
- Presentation
- MCT (multiple-choice test) Beginning (10 questions)
- 1 FMEA approach
- 1.1 History
- 1.2 Application
- 1.3 Types
- 1.4 Principles
- 1.5 Benefits
- 1.6 Steps
- 2 Standards, definitions, books
- 2.1 Standards
- 2.2 Definitions
- 2.3 Books
- MCT FMEA approach (8 questions)
- 3 Process approach
- 3.1 Process
- 3.2 Mapping
- 3.3 Process approach
- MCT Process approach (7 questions)
- 4 Planning and preparation
- 4.1 Purpose
- 4.2 Planning
- 4.3 Preparation
- Case Communication
- MCT Planning and preparation (6 questions)
- 5 Structure analysis
- 5.1 Purpose
- 5.2 Activities
- 5.3 Tools
- Case Design review
- MCT Structure analysis (6 questions)
- 6 Function analysis
- 6.1 Purpose
- 6.2 Activities
- 6.3 Tools
- Case Customer and special order
- MCT Function analysis (6 questions)
- 7 Failure analysis
- 7.1 Purpose
- 7.2 Activities
- 7.3 Tools
- Case Root cause
- MCT Failure analysis (6 questions)
- 8 Risk analysis
- 8.1 Purpose
- 8.2 Activities
- Case Risk register
- MCT Risk analyss (8 questions)
- 9 Optimization
- 9.1 Purpose
- 9.2 Activities
- Case Process stability
- MCT Optimization (6 questions)
- 10 Documentation
- 10.1 Purpose
- 10.2 Activities
- Case Kaizen & problem
- MCT Documentation (6 questions)
- MCT End (20 questions)
Read more about the online course FMEA approach
What is the scope of the FMEA approach?
The FMEA approach specifies the prevention methods for any process, product, system or component of a system
What references can we use?
It is necessary to be based on the AIAG & VDA FMEA Handbook, the standards CEI / IEC 60812, ISO 9001 and IATF 16949
What are the outputs of an FMEA?
FMEA provides data to establish:
- the design validation plan
- the action plan
- the control plan and
- the maintenance plan
What are the most common FMEA?
The FMEA types most used are:
- process FMEA
- design FMEA
- means of production FMEA
- monitoring and system response FMEA
Master the FMEA approach to be able to:
- identify, analyze and reduce technical risks
- improve the reliability and performance of processes
- avoid the costs of failure effects
- reduce costs (detection and avoidance of failures as early as possible)
- reduce prevention costs of COQ (costs of obtaining quality)
- improve the reliability and safety of products and processes
- reduce analysis times
- increase customer satisfaction
- obtain stable processes
- increase the knowledge and skills of team members
- reduce missteps in design and development
- effectively define the measurement and monitoring steps
- optimize control and maintenance plans
- establish, update and share documentation related to potential failures
- improve internal and external communication
Notions of the AIAG & VDA Handbook, of ISO 9001 and of IATF 16949
Any person involved in the preparation and implementation of a FMEA:
- director
- quality director
- quality manager
- metrology manager
- safety manager
- maintenance manager
- project leader
- quality correspondent
- quality technician
- quality assistant
- quality operator
- quality mission personnel
- internal auditor
- student
21 hours online on average (according to knowledge and aptitudes, this duration can vary individually). One hour of online training is equivalent to at least 2 hours of training on the spot.
You will be able to acquire the techniques to organize and carry out a FMEA:
- define and assemble the team
- gather documents
- master structure analysis
- master function analysis
- master failure analysis
- master risk analysis
- optimize FMEA
- follow the action plan
Methods and tools
- dedicated Internet site
- specific online training module
- Open and Distance Learning (ODL)
- your training history:
- the time you have passed on each clause and sub-clause of the module
- the record of the score of all your trials of the MCTs (multiple-choice tests)
- level test at beginning of the training
- MCTs with comments, notes on a 20 point scale and recommendations
- videos
- true stories
- case studies
- tools
- wastes
- jokes
- games
- online tutorial :
- a follow up of acquired material and the progress of each trainee
- online or by e-mail within 24 hours
- personalized answers to questions
- advice and recommendations about documents, books and useful links
- delivered certificate of attendance and mastery at the end of the training (example)
Access to the course is 60 days from the date of validation of your order. This period will be renewed for free upon a simple request within 6 months
What is FMEA 3' 01"
RPN Risk Priority Number 5' 18"
Top Ten FMEA Mistakes 11' 54"
Failure Modes and Effects Analysis: How to Becoma an Effective FMEA Practitioner 16' 43"
ASQ AIAG-VDA FMEA Webinar - Implementing DFMEAs & PFMEAs Using The New Handbook 55' 09"
2019 AIAG & VDA - FMAE Handbook Webinar free download 56' 24"
Preparing for the AIAG-VDA FMEA 1h 02' 49"
AIAG VDA FMEA Problems and Solutions 1h 23' 43"
New AIAG VDA FMEA Webinar 1h 34' 19"
Here is a MCT (Multiple-choice test) to evaluate, before beginning, the level of your knowledge for this course. (One or more correct answers are possible). You can start again as many times you wish.
1. FMEA has been a requirement in the automotive industry since:
2. The process is:
3. Examples of planning and preparation objectives:
4. Examples of structure analysis objectives:
5. Examples of function analysis objectives:
6. Examples of failure analysis objectives:
7. Examples of risk analysis objectives:
8. Examples of prevention controls:
9. Examples of optimization objectives:
10. Examples of documentation objectives:
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