37 pages with all important concepts for ISO 26262 from TSC and HARA to FMEA and ASIL decomposition, each with videos, diagrams, and practical examples.
Learn how to integrate Scrum and SAFe with ISO 26262 without compromising safety evidence or audit readiness. Covers safety backlogs, ASIL-aware definition of done, sprint-level traceability, and automated verification gates.
Learn valid decomposition schemes to allocate lower ASILs to redundant elements while maintaining safety integrity. Covers independence criteria, a steer-by-wire case study, FTA integration, and argumentation strategies.
Learn how to classify tools by TCL (1-3) based on Tool Impact, Tool Error Detection, and ASIL requirements. Covers a 7-chapter structure with qualification methods, practical guidelines, and worked examples for common toolchains.
Learn when reviews, audits, and assessments require higher independence based on ASIL level. Covers functional safety assessment (FSA) planning, TCL assessment, finding management, and confirmation evidence integration.
Learn how to define clear safety responsibilities and evidence exchange between OEM and supplier per ISO 26262-8. Covers DIA content structure, RASIC matrix, lifecycle from initiation to production, and assessment coordination.
Learn the German automotive reference architecture for electronic throttle control with monitoring and fallback modes. Covers redundancy patterns, plausibility checks, limp-home modes, and how E-Gas principles apply to modern ECUs.
Learn top-down fault tree construction using AND/OR gates to quantify how failures combine into hazardous events. Includes an interactive FTA calculator, cut-set analysis, PMHF support, and comparison with FMEA.
Learn the complete fault taxonomy: single-point, residual, latent, and safe faults plus transient vs. permanent classifications. Covers FTTI analysis, dependent failure analysis, FMEDA calculations, and the bathtub curve.
Learn bottom-up failure mode analysis to identify single-point, residual, and latent faults in your system. Covers scoping, severity/occurrence rating, diagnostic coverage linkage, and integration with SPFM/LFM calculations.
Learn how to ensure elements of different ASIL levels do not interfere through temporal, spatial, and data partitioning. Covers MPUs, hypervisors, bus monitoring, multi-core strategies, and evidence generation for assessments.
Learn how to prepare for and execute independent functional safety assessments per ISO 26262-2. Covers evidence package assembly, assessor qualifications, common non-conformities, and corrective action tracking.
Learn how to derive safety goals, define safe states, and build functional safety requirements from HARA results. Covers fault reactions, degradation strategies, operating modes, and architecture diagrams with interactive videos.
Learn the complete hardware development lifecycle per ISO 26262-5 from requirements through design and verification. Covers HSI specification, SPFM/LFM/PMHF achievement, dependent failure analysis, and ASIC/FPGA/PCB considerations.
Learn how to calculate SPFM, LFM, and PMHF with correct failure rate data and diagnostic coverage values. Covers ASIL-dependent targets, data sources (IEC 61709, FIDES), common calculation pitfalls, and compliance strategies.
Learn qualification routes for pre-existing IP, COTS components, and proven-in-use hardware per ISO 26262-8. Covers a 7-chapter structure from standard requirements through worked examples and practical guidelines.
Learn how to identify vehicle-level hazards and assign ASIL ratings through Severity, Exposure, and Controllability assessment. Covers operational situations, FTTI concepts, and advanced topics for ADAS and distributed systems.
Learn how ISO 26262 compares with IEC 61508, DO-178C, EN50128, ISO 13849, and SOTIF across key dimensions. Covers risk classification differences, lifecycle approaches, V&V strategies, and multi-standard compliance.
Learn state-transition modeling for multi-state systems with degradation, repair, and fault tolerance scenarios. Includes an interactive Markov calculator, PMHF validation for redundant architectures, and comparison with FTA/FMEA.
Learn ISO 26262-12 adaptations for single-track vehicles including modified controllability and ASIL assessments. Covers motorcycle-specific hazards, rider factors, and tailored requirements for ABS, traction control, and suspension.
Learn how HARA, FMEA, FTA, STPA, DFA, and HAZOP complement each other across the ISO 26262 lifecycle. Covers method selection criteria, analysis sequencing, and a guide to choosing the right technique for each risk.
Learn how to structure claims, evidence, and arguments using GSN or CAE notation into a living safety case. Covers modular structure, argument patterns, incremental development aligned with sprints, and assessment readiness.
Learn proven architectural patterns like redundancy, monitoring, watchdogs, and graceful degradation mapped to ASIL targets. Includes real-world automotive examples from powertrain, chassis, ADAS, and the E-Gas case study.
Learn how to develop reusable safety elements with documented assumptions and guaranteed safety capability. Covers assumption management, integration constraints, safety manuals, and supplier-integrator collaboration workflows.
Learn all phases of the ISO 26262 lifecycle from concept through production, operation, and decommissioning. Covers V-model integration, phase gates, work products, tailoring strategies, and milestone reviews.
Learn how to establish functional safety roles, competencies, culture, and organizational processes per ISO 26262-2. Covers safety manager responsibilities, change control, anomaly tracking, and continuous improvement routines.
Learn the clear distinction between process-based safety measures and technical safety mechanisms. Covers when to use each based on fault type, with practical examples and proper requirement allocation for both categories.
Learn mechanism selection from plausibility checks and watchdogs to E2E protection and memory tests. Covers diagnostic coverage calculation, fault detection timing (FDTI), and how mechanisms map to SPFM/LFM metrics.
Learn how to plan all safety activities, roles, milestones, and work products across the ISO 26262 lifecycle. Includes Gantt chart visualization, tailoring guidelines, and audit readiness strategies.
Learn architecture patterns for fault isolation, testability, and diagnostic coverage in safety-critical software. Covers modularity, design-by-contract, complexity metrics, and structural coverage requirements per ASIL.
Learn how to select and enforce coding standards like MISRA C/C++, CERT C, and AUTOSAR C++ for safety compliance. Covers rule tailoring, static analysis, deviation management, and memory/timing/concurrency safety patterns.
Learn the complete V-cycle from requirements through integration aligned with ISO 26262-6 and ASPICE. Covers bidirectional traceability, ASIL-dependent quality gates, agile integration, and toolchain qualification.
Learn when and how to qualify pre-existing software like RTOS, middleware, and AUTOSAR BSW per ISO 26262-8. Covers qualification processes, usage domain definition, and evidence combination strategies.
Learn the infrastructure processes that sustain your safety case: configuration, change, and documentation management. Covers verification independence, tool management, competence requirements, and ALM system integration.
Learn how to identify safety-critical software execution paths and prioritize verification effort where it matters most. Covers control flow analysis, dependent failure analysis (DFA), and strategic placement of safety mechanisms.
Learn control-theoretic hazard analysis to find unsafe control actions that traditional FMEA and FTA miss. Covers STAMP theory, UCA identification, loss scenarios, and practical integration with ISO 26262.
Learn how to translate safety goals and FSC into technical safety requirements (TSRs), system architecture, and HW/SW allocation. Covers safety mechanisms, diagnostic coverage, FMEA integration, and a complete worked example with templates.
Learn multi-level verification from unit testing through system and vehicle validation with ASIL-dependent coverage criteria. Covers reviews, HIL/SIL testing, fault injection, MC/DC coverage, and evidence management.