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010-Occupant Restraint Program Management
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《Occupant Restraint Program Management from Start to SOP》
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Occupant Restraint Program Management from Start to SOP
30 Chapters
View Course Samples Online
01
Program initiation and governance
defining occupant restraint system scope, regulatory drivers, vehicle program milestones, and the restraint PM's role from kickoff to SOP.
initiation
governance
02
Restraint system architecture and requirements flowdown
seatbelts, airbags, pretensioners, load limiters, child seat anchorage, and how vehicle-level targets cascade into subsystem specifications.
Restraint
architecture
03
Regulatory and consumer rating landscape
FMVSS 208, 207, 209, 225, ECE R16/R94/R95, C-NCAP, Euro NCAP, and IIHS protocols that shape restraint design and validation.
Regulatory
consumer
04
Occupant packaging and restraint geometry
seating reference points, H-point, belt anchorage locations, airbag deployment zones, and out-of-position considerations.
Occupant
packaging
05
Requirements management and traceability
capturing stakeholder needs, writing verifiable requirements, and maintaining traceability from vehicle targets to component-level specifications.
Requirements
management
06
Restraint component design and supplier interfaces
airbag modules, inflators, seatbelt retractors, buckles, pretensioners, and occupant classification systems.
Restraint
component
07
Sensing and deployment logic
crash sensors, accelerometers, pressure sensors, rollover sensors, occupant classification, and algorithm calibration for deployment thresholds.
deployment
accelerometers
08
CAE and simulation in restraint development
occupant safety simulation, sled testing, MADYMO/LS-DYNA models, correlation, and virtual sign-off criteria.
CAE
simulation
09
Physical testing strategy
sled tests, component tests, full-vehicle crash tests, static deployment, and abuse/durability testing for restraint systems.
Physical
strategy
10
Design verification and validation planning
DVP&R creation, test matrix definition, pass/fail criteria, and linkage to program timing and gate reviews.
verification
validation
11
Occupant restraint performance targets
injury criteria (HIC, chest deflection, neck injury, femur load), rating targets, and balancing across occupant sizes and seating positions.
Occupant
restraint
12
Child occupant protection
CRS installation, ISOFIX/LATCH, tether anchorage, airbag interaction, and regulatory/consumer test requirements.
occupant
protection
13
Out-of-position and misuse scenarios
OOP testing, static deployment, occupant detection, suppression/disable logic, and field performance considerations.
Out-of-position
scenarios
14
Integration with vehicle systems
seat structures, interior trim, steering column, instrument panel, electrical architecture, and body structure interfaces.
Integration
structures
15
Restraint system calibration and tuning
inflator output, venting, tethering, load limiter settings, pretensioner timing, and iterative sled/CAE loops.
Restraint
calibration
16
Supplier management and APQP
sourcing, design reviews, PPAP, run-at-rate, capacity planning, and quality gates for restraint components.
Supplier
management
17
Program timing and milestone management
aligning restraint deliverables with vehicle program gates, prototype builds, tooling kickoff, and launch readiness.
milestone
management
18
Risk management and issue resolution
DFMEA, PFMEA, open issue tracking, root cause analysis, and corrective action for restraint-related failures.
management
resolution
19
Cost, weight, and performance trade-offs
material selection, inflator technology, system complexity, and value engineering without compromising safety.
performance
trade-offs
20
Manufacturing and assembly considerations
line layout, poka-yoke, torque monitoring, traceability, and end-of-line testing for restraint systems.
Manufacturing
assembly
21
Quality control and statistical process control
incoming inspection, in-process checks, SPC, and supplier quality performance monitoring.
statistical
incoming
22
Homologation and certification
type approval testing, documentation, witness testing, and regulatory submission for global markets.
Homologation
certification
23
Field data, warranty, and continuous improvement
analyzing field incidents, warranty returns, recall avoidance, and feedback into future programs.
warranty
continuous
24
Launch readiness and safe launch
pre-launch audits, containment plans, launch team roles, and escalation paths for restraint issues at SOP.
readiness
pre-launch
25
Post-SOP monitoring and change management
engineering change requests, validation of changes, and maintaining compliance throughout production.
Post-SOP
monitoring
26
Lessons learned and knowledge management
capturing program learnings, updating best practices, and building organizational capability for restraint PM.
management
capturing
27
Cross-functional leadership and communication
managing engineering, suppliers, manufacturing, quality, and program management to drive restraint deliverables.
Cross-functional
leadership
28
Tools and data management
PLM, requirements management software, test data systems, and dashboarding for program status and metrics.
management
PLM
29
Case study
full restraint program from concept to SOP for a global vehicle platform, highlighting key decisions, challenges, and outcomes.
restraint
SOP
30
Capstone project
develop a restraint program management plan for a new vehicle program, including requirements, DVP&R, timing, risk register, and launch readiness review.
Capstone
restraint
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