# Automotive Dynamics > Expert skill in drift dynamics focusing on dynamics domain applications. Covers 151 topics across dynamics domain. Includes 151 skill files covering ASPICE Level 3, AUTOSAR 4.4, ISO 15622 (Adaptive Cruise Control), ISO 17361 (Lane Departure Warning), ISO 21434, ISO 26262, ISO 26262 (Safety for vehicle dynamics control), SAE J670 (Vehicle Dynamics Terminology). - Skill: `pangzhenying2025/automotive-dynamics` (Agent Skill) - Install (CLI): `npx skillmds@latest add pangzhenying2025/automotive-dynamics` - Raw SKILL.md: https://api.skillmd.com/api/skills/pangzhenying2025/automotive-dynamics/raw - Safety review: pending - Works with: Claude Code, Claude.ai, OpenAI Codex - Category: Coding & Dev Tools - Author: pangzhenying2025 (https://skillmd.com/u/pangzhenying2025) - Updated: 2026-09-22 - Page: https://skillmd.com/skills/pangzhenying2025/automotive-dynamics --- # Automotive Dynamics 151 skill files covering dynamics domain for automotive software engineering. ## Applicable Standards - ASPICE Level 3 - AUTOSAR 4.4 - ISO 15622 (Adaptive Cruise Control) - ISO 17361 (Lane Departure Warning) - ISO 21434 - ISO 26262 - ISO 26262 (Safety for vehicle dynamics control) - SAE J670 (Vehicle Dynamics Terminology) ## Use Cases - DYNAMICS system development - Drift Dynamics optimization - Production ECU implementation - Handling optimization - Motion Control optimization - Ride Comfort optimization - Stability Control optimization - Steering Systems optimization - Suspension Systems optimization - Tire Dynamics optimization - Trajectory Planning optimization - ESC (Electronic Stability Control) development - Active suspension control system design - Autonomous vehicle motion planning - Driver assistance system calibration - Vehicle handling characteristics optimization - Vehicle Modeling optimization ## Topics Covered ### Drift Dynamics - drift-dynamics-001 - drift-dynamics-002 - drift-dynamics-003 - drift-dynamics-004 - drift-dynamics-005 - drift-dynamics-006 - drift-dynamics-007 - drift-dynamics-008 - drift-dynamics-009 - drift-dynamics-010 - drift-dynamics-011 - drift-dynamics-012 - drift-dynamics-013 - drift-dynamics-014 - drift-dynamics-015 ### Handling - handling-001 - handling-002 - handling-003 - handling-004 - handling-005 - handling-006 - handling-007 - handling-008 - handling-009 - handling-010 - handling-011 - handling-012 - handling-013 - handling-014 - handling-015 ### Modeling Simulation - vehicle-dynamics-modeling ### Motion Control - motion-control-001 - motion-control-002 - motion-control-003 - motion-control-004 - motion-control-005 - motion-control-006 - motion-control-007 - motion-control-008 - motion-control-009 - motion-control-010 - motion-control-011 - motion-control-012 - motion-control-013 - motion-control-014 - motion-control-015 ### Ride Comfort - ride-comfort-001 - ride-comfort-002 - ride-comfort-003 - ride-comfort-004 - ride-comfort-005 - ride-comfort-006 - ride-comfort-007 - ride-comfort-008 - ride-comfort-009 - ride-comfort-010 - ride-comfort-011 - ride-comfort-012 - ride-comfort-013 - ride-comfort-014 - ride-comfort-015 ### Stability Control - stability-control-001 - stability-control-002 - stability-control-003 - stability-control-004 - stability-control-005 - stability-control-006 - stability-control-007 - stability-control-008 - stability-control-009 - stability-control-010 - stability-control-011 - stability-control-012 - stability-control-013 - stability-control-014 - stability-control-015 ### Steering Systems - steering-systems-001 - steering-systems-002 - steering-systems-003 - steering-systems-004 - steering-systems-005 - steering-systems-006 - steering-systems-007 - steering-systems-008 - steering-systems-009 - steering-systems-010 - steering-systems-011 - steering-systems-012 - steering-systems-013 - steering-systems-014 - steering-systems-015 ### Suspension Systems - suspension-systems-001 - suspension-systems-002 - suspension-systems-003 - suspension-systems-004 - suspension-systems-005 - suspension-systems-006 - suspension-systems-007 - suspension-systems-008 - suspension-systems-009 - suspension-systems-010 - suspension-systems-011 - suspension-systems-012 - suspension-systems-013 - suspension-systems-014 - suspension-systems-015 ### Tire Dynamics - tire-dynamics-001 - tire-dynamics-002 - tire-dynamics-003 - tire-dynamics-004 - tire-dynamics-005 - tire-dynamics-006 - tire-dynamics-007 - tire-dynamics-008 - tire-dynamics-009 - tire-dynamics-010 - tire-dynamics-011 - tire-dynamics-012 - tire-dynamics-013 - tire-dynamics-014 - tire-dynamics-015 ### Trajectory Planning - trajectory-planning-001 - trajectory-planning-002 - trajectory-planning-003 - trajectory-planning-004 - trajectory-planning-005 - trajectory-planning-006 - trajectory-planning-007 - trajectory-planning-008 - trajectory-planning-009 - trajectory-planning-010 - trajectory-planning-011 - trajectory-planning-012 - trajectory-planning-013 - trajectory-planning-014 - trajectory-planning-015 ### Vehicle Modeling - vehicle-modeling-001 - vehicle-modeling-002 - vehicle-modeling-003 - vehicle-modeling-004 - vehicle-modeling-005 - vehicle-modeling-006 - vehicle-modeling-007 - vehicle-modeling-008 - vehicle-modeling-009 - vehicle-modeling-010 - vehicle-modeling-011 - vehicle-modeling-012 - vehicle-modeling-013 - vehicle-modeling-014 - vehicle-modeling-015 ## Constraints - AUTOSAR architecture adherence - ISO 26262 ASIL D compliance for safety functions - ISO 26262 functional safety compliance - Numerical stability across full operating range - Parameterizable for multiple vehicle variants - Real-time capable: <1ms execution on target ECU - Real-time performance requirements - Resource constraints (CPU/Memory) ## Required Tools - AUTOSAR toolchain - CarMaker or IPG for validation - MATLAB/Simulink - MATLAB/Simulink R2020b+ with Simscape - Python 3.8+ with NumPy/SciPy for alternative implementation - Static analyzer (Polyspace/Klocwork) - Vector CANoe/CANalyzer - dSPACE or Speedgoat for HIL testing ## Instructions ### drift-dynamics-001 ## Core Competencies Expert in drift dynamics for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### drift-dynamics-002 ## Core Competencies Expert in drift dynamics for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### drift-dynamics-003 ## Core Competencies Expert in drift dynamics for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### drift-dynamics-004 ## Core Competencies Expert in drift dynamics for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### drift-dynamics-005 ## Core Competencies Expert in drift dynamics for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### drift-dynamics-006 ## Core Competencies Expert in drift dynamics for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### drift-dynamics-007 ## Core Competencies Expert in drift dynamics for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### drift-dynamics-008 ## Core Competencies Expert in drift dynamics for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### drift-dynamics-009 ## Core Competencies Expert in drift dynamics for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### drift-dynamics-010 ## Core Competencies Expert in drift dynamics for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### drift-dynamics-011 ## Core Competencies Expert in drift dynamics for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### drift-dynamics-012 ## Core Competencies Expert in drift dynamics for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### drift-dynamics-013 ## Core Competencies Expert in drift dynamics for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### drift-dynamics-014 ## Core Competencies Expert in drift dynamics for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### drift-dynamics-015 ## Core Competencies Expert in drift dynamics for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### handling-001 ## Core Competencies Expert in handling for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### handling-002 ## Core Competencies Expert in handling for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### handling-003 ## Core Competencies Expert in handling for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### handling-004 ## Core Competencies Expert in handling for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### handling-005 ## Core Competencies Expert in handling for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### handling-006 ## Core Competencies Expert in handling for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### handling-007 ## Core Competencies Expert in handling for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### handling-008 ## Core Competencies Expert in handling for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### handling-009 ## Core Competencies Expert in handling for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### handling-010 ## Core Competencies Expert in handling for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### handling-011 ## Core Competencies Expert in handling for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### handling-012 ## Core Competencies Expert in handling for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### handling-013 ## Core Competencies Expert in handling for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### handling-014 ## Core Competencies Expert in handling for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### handling-015 ## Core Competencies Expert in handling for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### motion-control-001 ## Core Competencies Expert in motion control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### motion-control-002 ## Core Competencies Expert in motion control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### motion-control-003 ## Core Competencies Expert in motion control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### motion-control-004 ## Core Competencies Expert in motion control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### motion-control-005 ## Core Competencies Expert in motion control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### motion-control-006 ## Core Competencies Expert in motion control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### motion-control-007 ## Core Competencies Expert in motion control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### motion-control-008 ## Core Competencies Expert in motion control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### motion-control-009 ## Core Competencies Expert in motion control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### motion-control-010 ## Core Competencies Expert in motion control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### motion-control-011 ## Core Competencies Expert in motion control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### motion-control-012 ## Core Competencies Expert in motion control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### motion-control-013 ## Core Competencies Expert in motion control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### motion-control-014 ## Core Competencies Expert in motion control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### motion-control-015 ## Core Competencies Expert in motion control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### ride-comfort-001 ## Core Competencies Expert in ride comfort for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### ride-comfort-002 ## Core Competencies Expert in ride comfort for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### ride-comfort-003 ## Core Competencies Expert in ride comfort for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### ride-comfort-004 ## Core Competencies Expert in ride comfort for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### ride-comfort-005 ## Core Competencies Expert in ride comfort for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### ride-comfort-006 ## Core Competencies Expert in ride comfort for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### ride-comfort-007 ## Core Competencies Expert in ride comfort for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### ride-comfort-008 ## Core Competencies Expert in ride comfort for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### ride-comfort-009 ## Core Competencies Expert in ride comfort for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### ride-comfort-010 ## Core Competencies Expert in ride comfort for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### ride-comfort-011 ## Core Competencies Expert in ride comfort for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### ride-comfort-012 ## Core Competencies Expert in ride comfort for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### ride-comfort-013 ## Core Competencies Expert in ride comfort for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### ride-comfort-014 ## Core Competencies Expert in ride comfort for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### ride-comfort-015 ## Core Competencies Expert in ride comfort for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### stability-control-001 ## Core Competencies Expert in stability control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### stability-control-002 ## Core Competencies Expert in stability control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### stability-control-003 ## Core Competencies Expert in stability control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### stability-control-004 ## Core Competencies Expert in stability control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### stability-control-005 ## Core Competencies Expert in stability control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### stability-control-006 ## Core Competencies Expert in stability control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### stability-control-007 ## Core Competencies Expert in stability control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### stability-control-008 ## Core Competencies Expert in stability control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### stability-control-009 ## Core Competencies Expert in stability control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### stability-control-010 ## Core Competencies Expert in stability control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### stability-control-011 ## Core Competencies Expert in stability control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### stability-control-012 ## Core Competencies Expert in stability control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### stability-control-013 ## Core Competencies Expert in stability control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### stability-control-014 ## Core Competencies Expert in stability control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### stability-control-015 ## Core Competencies Expert in stability control for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### steering-systems-001 ## Core Competencies Expert in steering systems for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### steering-systems-002 ## Core Competencies Expert in steering systems for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### steering-systems-003 ## Core Competencies Expert in steering systems for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### steering-systems-004 ## Core Competencies Expert in steering systems for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### steering-systems-005 ## Core Competencies Expert in steering systems for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## Deliverables - Technical specification - Implementation (C/C++/Model) - Test cases and results - Safety documentation ### steering-systems-006 ## Core Competencies Expert in steering systems for automotive dynamics systems. ## Approach 1. Analyze requirements against automotive standards 2. Design solution following AUTOSAR patterns 3. Implement with safety and security considerations 4. Validate per ISO 26262 requirements ## De …(truncated)