System
Safety Analysis
according to an
international standard
|
Quantitative demonstration of 5
safety goals. Methods used:
Characteristics:
- Returning
customer
-
International project team with daily telephone conferences.
- Lead
in
engineering judgment for missing/poor data source situations
-
Understand electrical schematics
Project duration ca. 3 Months part time.
|
FMEA and
FMES
according to Airbus
Format |
Piece part FMEA. Methods used:
Characteristics:
-
Moderation of a interdepartmental FMEA at customer site (10
participants)
- Review
and acceptance by Airbus
Project duration ca. 1 week
|
Quantitative
Safety Analyses
for high-safety related
systems
according to an international standard
|
Quantitative demonstration of several safety
goals. Methods used:
Characteristics:
- Returning
customer
- Fault
tolerant system
- Develop
general strategy in order to tackle missing/poor data source situations
with minimum effort
- Continuous
coordination with 3rd party appraiser
Project duration ca. 1 to 4 weeks
|
FMEA and
FMES
according to Airbus
Format |
Piece
part FMEAs on subysystem level. Methods used:
- MTBF
estimation by engineering judgment
- FMEA
Characteristics:
- Returning
customer
- Review
and acceptance by Airbus
Project duration ca. 1 week
|
Quantitative Safety Analyses
for safety related
systems
according to an international standard
|
Quantitative demonstration of
one safety goal. Methods used:
Characteristics:
-
Returning customer
-
Fault tolerant system
-
FMEA moderation at customer site
-
Review and acceptance by 3rd party appraiser
-
Understand electrical schematics
Project duration ca.
2 -3 weeks
|
Quantitative
Safety Analyses
for safety related
systems
according to an international standard |
Quantitative
demonstration of seferal safety goals. Methods used:
Characteristics:
- Returning customer
- FMEA moderation at customer site
- Understand electrical schematics
Project duration ca. 2 days - 2 weeks
|