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《Automotive Safety Program Planning with APQP and Gates》
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Automotive Safety Program Planning with APQP and Gates
30 Chapters
View Course Samples Online
01
Introduction to automotive safety program planning
APQP framework, gate reviews, and the product development lifecycle.
automotive
planning
02
APQP phases and deliverables
from concept initiation through production validation and launch.
APQP
deliverables
03
Gate review fundamentals
purpose, timing, entry and exit criteria, and decision-making roles.
criteria
decision-making
04
Safety program planning integration
aligning APQP gates with functional safety and safety-of-the-intended-function requirements.
planning
integration
05
Phase 1 – Plan and define program
voice of customer, safety goals, and preliminary program timing.
customer
preliminary
06
Phase 2 – Product design and development
design FMEA, safety analysis, and design verification planning.
development
FMEA
07
Phase 3 – Process design and development
process FMEA, control plans, and safety-critical process controls.
development
FMEA
08
Phase 4 – Product and process validation
validation testing, safety confirmation, and production trial runs.
validation
confirmation
09
Phase 5 – Feedback, assessment, and corrective action
launch readiness, lessons learned, and continuous improvement.
Feedback
assessment
10
Gate 1 – Concept and program initiation review
safety case scoping, risk assessment, and resource commitment.
initiation
assessment
11
Gate 2 – Design release review
design maturity, safety requirements traceability, and verification evidence.
maturity
requirements
12
Gate 3 – Process readiness review
manufacturing feasibility, safety-critical process capability, and operator training.
readiness
manufacturing
13
Gate 4 – Production validation review
validation results, safety performance, and launch authorization.
Production
validation
14
Gate 5 – Production launch and post-launch review
field monitoring, safety incident response, and corrective actions.
Production
post-launch
15
Safety deliverables per gate
safety plan, hazard analysis and risk assessment (HARA), safety validation report, and safety case.
deliverables
analysis
16
Cross-functional team roles and responsibilities
program manager, safety manager, design engineer, process engineer, and quality engineer.
Cross-functional
responsibilities
17
Risk management throughout APQP gates
risk registers, mitigation plans, and escalation paths for safety-critical issues.
management
throughout
18
Traceability and documentation
linking requirements, design, verification, validation, and safety evidence across gates.
Traceability
documentation
19
Supplier safety program integration
APQP requirements for suppliers, gate reviews, and safety performance monitoring.
Supplier
integration
20
Change management and safety impact analysis
engineering change requests, safety re-assessment, and gate re-entry criteria.
management
analysis
21
Tools and templates for gate reviews
checklists, scorecards, readiness matrices, and safety case templates.
templates
checklists
22
Metrics and key performance indicators for safety program planning
gate on-time delivery, safety defect density, and validation coverage.
performance
indicators
23
Case study 1
APQP and gate planning for an advanced driver assistance system (ADAS) program.
APQP
planning
24
Case study 2
safety program planning for an electric vehicle battery management system using APQP gates.
planning
electric
25
Case study 3
gate review challenges and resolutions in a global automotive safety-critical program.
challenges
resolutions
26
Common pitfalls and best practices in APQP gate execution for safety programs.
Common pitfalls and best practices in APQP gate execution for safety programs.
pitfalls
practices
27
Regulatory and standards alignment
ISO 26262, ISO 21434, IATF 16949, and APQP reference manuals.
Regulatory
standards
28
Agile and iterative approaches in APQP gate planning for automotive safety
hybrid models and continuous safety assurance.
iterative
approaches
29
Practical workshop
designing a gate review package for a safety-critical automotive subsystem.
workshop
designing
30
Capstone project
developing a complete APQP-based safety program plan with gate criteria for a selected automotive system.
Capstone
developing
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