# Automotive Suspension > Expert skill in active suspension focusing on suspension domain applications. Covers 30 topics across suspension domain. Includes 30 skill files covering ASPICE Level 3, AUTOSAR 4.4, ISO 21434, ISO 26262. - Skill: `pangzhenying2025/automotive-suspension` (Agent Skill) - Install (CLI): `npx skillmds@latest add pangzhenying2025/automotive-suspension` - Raw SKILL.md: https://api.skillmd.com/api/skills/pangzhenying2025/automotive-suspension/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-suspension --- # Automotive Suspension 30 skill files covering suspension domain for automotive software engineering. ## Applicable Standards - ASPICE Level 3 - AUTOSAR 4.4 - ISO 21434 - ISO 26262 ## Use Cases - SUSPENSION system development - Active Suspension optimization - Production ECU implementation - Adaptive Damping optimization - Air Suspension optimization ## Topics Covered ### Active Suspension - active-suspension-001 - active-suspension-002 - active-suspension-003 - active-suspension-004 - active-suspension-005 - active-suspension-006 - active-suspension-007 - active-suspension-008 - active-suspension-009 - active-suspension-010 ### Adaptive Damping - adaptive-damping-001 - adaptive-damping-002 - adaptive-damping-003 - adaptive-damping-004 - adaptive-damping-005 - adaptive-damping-006 - adaptive-damping-007 - adaptive-damping-008 - adaptive-damping-009 - adaptive-damping-010 ### Air Suspension - air-suspension-001 - air-suspension-002 - air-suspension-003 - air-suspension-004 - air-suspension-005 - air-suspension-006 - air-suspension-007 - air-suspension-008 - air-suspension-009 - air-suspension-010 ## Constraints - AUTOSAR architecture adherence - ISO 26262 functional safety compliance - Real-time performance requirements - Resource constraints (CPU/Memory) ## Required Tools - AUTOSAR toolchain - MATLAB/Simulink - Static analyzer (Polyspace/Klocwork) - Vector CANoe/CANalyzer ## Instructions ### active-suspension-001 ## Core Competencies Expert in active suspension for automotive suspension 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 ### active-suspension-002 ## Core Competencies Expert in active suspension for automotive suspension 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 ### active-suspension-003 ## Core Competencies Expert in active suspension for automotive suspension 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 ### active-suspension-004 ## Core Competencies Expert in active suspension for automotive suspension 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 ### active-suspension-005 ## Core Competencies Expert in active suspension for automotive suspension 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 ### active-suspension-006 ## Core Competencies Expert in active suspension for automotive suspension 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 ### active-suspension-007 ## Core Competencies Expert in active suspension for automotive suspension 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 ### active-suspension-008 ## Core Competencies Expert in active suspension for automotive suspension 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 ### active-suspension-009 ## Core Competencies Expert in active suspension for automotive suspension 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 ### active-suspension-010 ## Core Competencies Expert in active suspension for automotive suspension 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 ### adaptive-damping-001 ## Core Competencies Expert in adaptive damping for automotive suspension 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 ### adaptive-damping-002 ## Core Competencies Expert in adaptive damping for automotive suspension 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 ### adaptive-damping-003 ## Core Competencies Expert in adaptive damping for automotive suspension 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 ### adaptive-damping-004 ## Core Competencies Expert in adaptive damping for automotive suspension 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 ### adaptive-damping-005 ## Core Competencies Expert in adaptive damping for automotive suspension 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 ### adaptive-damping-006 ## Core Competencies Expert in adaptive damping for automotive suspension 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 ### adaptive-damping-007 ## Core Competencies Expert in adaptive damping for automotive suspension 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 ### adaptive-damping-008 ## Core Competencies Expert in adaptive damping for automotive suspension 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 ### adaptive-damping-009 ## Core Competencies Expert in adaptive damping for automotive suspension 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 ### adaptive-damping-010 ## Core Competencies Expert in adaptive damping for automotive suspension 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 ### air-suspension-001 ## Core Competencies Expert in air suspension for automotive suspension 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 ### air-suspension-002 ## Core Competencies Expert in air suspension for automotive suspension 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 ### air-suspension-003 ## Core Competencies Expert in air suspension for automotive suspension 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 ### air-suspension-004 ## Core Competencies Expert in air suspension for automotive suspension 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 ### air-suspension-005 ## Core Competencies Expert in air suspension for automotive suspension 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 ### air-suspension-006 ## Core Competencies Expert in air suspension for automotive suspension 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 ### air-suspension-007 ## Core Competencies Expert in air suspension for automotive suspension 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 ### air-suspension-008 ## Core Competencies Expert in air suspension for automotive suspension 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 ### air-suspension-009 ## Core Competencies Expert in air suspension for automotive suspension 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 ### air-suspension-010 ## Core Competencies Expert in air suspension for automotive suspension 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