Overview - Automotive SPICE® (ASPICE)

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Alexander Walter

6:50:30

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1. Introduction

1. Introduction.mp4

04:41

2. Agenda.mp4

01:06

2. Basics of Automotive SPICE (ASPICE)

1.1 Overview Automotive SPICE - Chapter- Basics of Automotive SPICE.pdf

1. Motivation.mp4

05:39

2. History of Automotive SPICE (ASPICE).mp4

01:52

3. Structure of Automotive SPICE (ASPICE).mp4

08:00

4. ISO 262622018 vs. Automotive SPICE (ASPICE).mp4

05:08

5. The Automotive SPICE Document.mp4

06:27

6. Structure of the Process Description Template.mp4

07:21

3. Acquisition Process Group (ACQ)

1.1 Overview Automotive SPICE - Chapter- ACQ4 Supplier Monitoring.pdf

1. ACQ.4 Supplier Monitoring.mp4

15:31

4. Supply Process Group (SPL)

1.1 Overview Automotive SPICE - Chapter- SPL2 Product Release.pdf

1. SPL.2 Product Release.mp4

14:37

5. System Engineering Process Group (SYS)

1.1 Overview Automotive SPICE - Chapter- System Engineering Process Group.pdf

1. Process Overview.mp4

01:58

2. SYS.1 Requirements Elicitation.mp4

16:34

3. SYS.2 System Requirements Analysis.mp4

24:38

4. SYS.3 System Architectural Design.mp4

17:55

5. SYS.4 System Integration and Integration Verification.mp4

19:56

6. SYS.5 System Verification.mp4

12:48

6. Validation Process Group (VAL)

1.1 Overview Automotive SPICE - Chapter- Validation Process Group.pdf

1. VAL.1 Validation.mp4

07:47

7. Software Engineering Process Group (SWE)

1.1 Overview Automotive SPICE - Chapter- Software Engineering Process Group.pdf

1. Process Overview.mp4

03:45

2. SWE.1 Software Requirements Analysis.mp4

13:00

3. SWE.2 Software Architectural Design.mp4

17:51

4. SWE.3 Software Detailed Design and Unit Construction.mp4

12:05

5. SWE.4 Software Unit Verification.mp4

18:55

6. SWE.5 Software Component Integration and Integration Verification.mp4

11:15

7. SWE.6 Software Verification.mp4

11:06

8. Supporting Process Group (SUP)

1.1 Overview Automotive SPICE - Chapter- Supporting Process Group.pdf

1. SUP.1 Quality Assurance.mp4

15:34

2. SUP.8 Configuration Management.mp4

19:00

3. SUP.9 Problem Resolution Management.mp4

13:01

4. SUP.10 Change Request Management.mp4

11:02

9. Management Process Group (MAN)

1.1 Overview Automotive SPICE - Chapter- Management Process Group.pdf

1. MAN.3 Project Management.mp4

17:42

2. MAN.5 Risk Management.mp4

10:35

3. MAN.6 Measurement.mp4

08:04

10. Process Improvement Process Group (PIM)

1.1 Overview Automotive SPICE - Chapter- Process Improvement Process Group.pdf

1. PIM.3 Process Improvement.mp4

10:02

11. Reuse Process Group (REU)

1.1 Overview Automotive SPICE - Chapter- Reuse Process Group.pdf

1. REU.2 Management of Products for Reuse.mp4

08:01

12. Capability Levels Automotive SPICE

1.1 Overview Automotive SPICE - Chapter- Capability Levels.pdf

1. Capability Levels.mp4

05:48

2. Process Attribute Template.mp4

02:19

3. Assessment.mp4

07:03

13. Basics of Functional Safety and ISO 262622018

1.1 Overview Automotive SPICE - Chapter- Basics of Functional Safety and ISO 26262.pdf

1. History of Functional Safety.mp4

02:45

2. What is Functional Safety.mp4

01:57

3. What is risk.mp4

03:39

4. What is risk reduction.mp4

02:52

5. Automotive Safety Integrity Level (ASIL).mp4

01:38

6. Legal aspects.mp4

02:08

7. Structure of ISO 262622018.mp4

07:25

8. Functional Safety and ISO 262622018.html

Description

Step by step explanation of processes according to the ASPICE Process Reference Model

What You'll Learn?

Automotive SPICE®
System Engineering
Software Engineering
Acquisition Processes
Supply Processes
Management Processes
Reuse Processes
Process Improvement Processes
Supporting Processes
Development Processes
Project Management
Determination of the Capability Level

Who is this for?

Quality Manager

Process Responsibles

Supplier Manager

System Developer

Software Developer

Project Leader

Project Manager

What You Need to Know?

General understanding of quality standards and development processes (automotive) can be helpful, but it is not mandatory

More details

Description
IMPORTANTÂ HINT: Hardware Engineering Process Group and Machine Learning Process Group are not covered

The course gives an overview of Automotive SPICEÂ® (ASPICE) Version 4.0.
The contents of the course are divided into three main chapters:
Basics of Automotive SPICEÂ® (ASPICE)
Process Reference Model and related Process Groups
Capability Levels of Auotmotive SPICEÂ® (ASPICE)

Chapter 1: Basics of Automotive SPICEÂ® (ASPICE)
In this chapter you learn more about the motivation for the introduction and implementation of Automotive SPICEÂ®Â (ASPICE). Also the history of Automotive SPICEÂ® is explained, the strcuture of the Process Reference Model, the difference between ISOÂ 26262 and ASPICE, the strcuture of the ASPICE Document and the Process Description Template.

Chapter 2: Process Reference Model and related Process Groups
In this chapter the different process groups defined in the Automotive SPICEÂ®Â (ASPICE) standard are explained. The following process groups are considered in the course:
- Acquisition process group (ACQ)
- Supply process group (SPL)
- System engineering process group (SYS)
- Software engineering process group (SWE)
- Supporting process group (SUP)
- Management process group (MAN)
- Process improvement process group (PIM)
- Reuse process group (REU)

Chapter 3: Capability Levels of Automotive SPICEÂ® (ASPICE)
In this chapter you get an overview of the 5 capability levels defined in the Automotive SPICEÂ®Â (ASPICE) standard. Also the template for process attribute description is explained and how the capability level of a process is determined during an ASPICE assessment.
Who this course is for:
Quality Manager
Process Responsibles
Supplier Manager
System Developer
Software Developer
Project Leader
Project Manager

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Software Engineering

Alexander Walter

Instructor's Courses

I have a master degree and over 5 years experience in the field of functional safety and ISO 26262.I have been working for the worlds biggest automotive supplier Bosch. In the role as package responsible i was responsible for the safety software of the vehicle. I have managed several projects from ASIL B to ASIL D.In the past years i gained experience with the development of safety software for conventional, hybrid and electric vehicles.I was also responsible for the training of newcomers. In 2021 i decided to train other engineers full-time. Now i provide e-learning courses and consulting services for functional safety and ISO 26262.

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