Lectures content:
1. Introduction - basic overview of Automotive SPICE (ASPICE), Functional Safety and Six Sigma needs.
2. Hazard and Risk Management - Automotive SPICE.
3. Hazard and Risk Management - SixSigma and Integrated view.
4. Requirements - Automotive SPICE, Functional Safety.
5. Requirements - SixSigma, Integrated view.
6. Design - Automotive SPICE.
7. Design - Functional Safety.
8. Design - SixSigma, Integrated view.
9. Testing and integration - Automotive SPICE, Functional Safety.
10. Testing and integration - SixSigma, Integrated view.
11. Measure - Automotive SPICE, Functional Safety.
12. Measure - SixSigma, Integrated view.
13. Reliability - Automotive SPICE, Functional Safety.
14. Reliability - SixSigma, Integrated view.
Practices:
Students will work on their examples under the supervision of lecturer. Students' task will be to elaborate practical development example based on the knowledge from lectures. Students will directly apply specific methods. Examples will be loaded to the training portal where students from other universities have access and upload their practices as well. Students have the availability to see the other groups work and learn from them eventually even cooperate with students from different university.
1. Introduction - basic overview of Automotive SPICE (ASPICE), Functional Safety and Six Sigma needs.
2. Hazard and Risk Management - Automotive SPICE.
3. Hazard and Risk Management - SixSigma and Integrated view.
4. Requirements - Automotive SPICE, Functional Safety.
5. Requirements - SixSigma, Integrated view.
6. Design - Automotive SPICE.
7. Design - Functional Safety.
8. Design - SixSigma, Integrated view.
9. Testing and integration - Automotive SPICE, Functional Safety.
10. Testing and integration - SixSigma, Integrated view.
11. Measure - Automotive SPICE, Functional Safety.
12. Measure - SixSigma, Integrated view.
13. Reliability - Automotive SPICE, Functional Safety.
14. Reliability - SixSigma, Integrated view.
Practices:
Students will work on their examples under the supervision of lecturer. Students' task will be to elaborate practical development example based on the knowledge from lectures. Students will directly apply specific methods. Examples will be loaded to the training portal where students from other universities have access and upload their practices as well. Students have the availability to see the other groups work and learn from them eventually even cooperate with students from different university.