FMEA (AIAG-VDA)

Step 3 - Function analysis

AIAG/VDA methodology is structured and performed in 7 steps

Step 4 - Failure analysis

AIAG/VDA methodology is structured and performed in 7 steps

Step 5 - Risk analysis

AIAG/VDA methodology is structured and performed in 7 steps

Step 6 - Optimization

AIAG/VDA methodology is structured and performed in 7 steps

Step 7 - Reporting

AIAG/VDA methodology is structured and performed in 7 steps

Step1 - Planning and preparation

AIAG/VDA methodology is structured and performed in 7 steps.

Step2 - Structure analysis

AIAG/VDA methodology is structured and performed in 7 steps.

Add tools and parts to task

Adjust quantity of tools and parts used in a task

Breakdown process into tasks & name the tasks

Create a process library

Create task & connect film to the task

Create the process structure in AVIX

Create tools and parts

Decide time estimation method

Group tasks

Import tools and parts

Assign Resources

Set balancing rules

set variant expression on parts

The balance chart

work with variants, manually without code

Work with variants, using numeric code

work with variants, using variant code

create a variant mix

analyze the balance result

Connect produced product to the line

Create production order based mix

Import production order list

Manually adding production orders

Simulations

Control plan

Design-FMEA

Filter RPN score in the FMEA grid

Import FMEA data from Excel

Step 3 - Function analysis

Step 4 - Failure analysis

Step 5 - Risk analysis

Step 6 - Optimization

Step 7 - Reporting

Step1 - Planning and preparation

Step2 - Structure analysis

Setting the preferences

DFA at product level

DFA at part level

Create changeover workinstruction

smed

Ergo assessment

File synchronization

Notes

PIP - Picture in picture

Step 3 - Function analysis

Step 4 - Failure analysis

Step 5 - Risk analysis

Step 6 - Optimization

Step 7 - Reporting

Step1 - Planning and preparation

Step2 - Structure analysis

Search Results