FUNCTIONAL SAFETY ENGINEERING: Principles, Standards, Hazard Analysis, Safety Lifecycle, Hardware Software Development, Verification, Validation, Cybersecurity, Safety Case & Industrial Applications

Functional Safety isn't just about compliance—it's about engineering systems that protect lives, prevent catastrophic failures, and earn the trust of customers, regulators, and society.
If you're designing safety-critical systems, this comprehensive guide will become the most valuable reference on your desk.

Modern safety-critical systems are becoming increasingly complex with the rapid adoption of software-defined architectures, AI-powered applications, autonomous systems, connected vehicles, industrial automation, and cybersecurity-driven engineering. Successfully developing these systems requires much more than understanding a safety standard—it demands a complete engineering methodology that integrates safety into every phase of the product lifecycle.

Functional Safety Engineering is a comprehensive, industry-focused reference that bridges the gap between international standards and practical implementation. Written for engineers who build real products, this book combines engineering principles, proven methodologies, industrial best practices, and real-world case studies into a single authoritative resource.

Inside this book, you will master:

- Functional Safety fundamentals, dependability, safety culture, and risk engineering
- IEC 61508, ISO 26262, IEC 61511, IEC 62061, IEC 62304, EN 50126/50128/50129, DO-178C, DO-254, ISO 21448 (SOTIF), and ISO/SAE 21434
- Safety Lifecycle Engineering using industry-standard V-Model processes
- Hazard Analysis and Risk Assessment (HARA), ASIL determination, and practical risk evaluation
FMEA, FMECA, FMEDA, Fault Tree Analysis (FTA), Event Tree Analysis (ETA), HAZOP, Bow-Tie Analysis, and STPA
- Safety Requirements Engineering with complete traceability and validation
- System architecture, redundancy, fault tolerance, Freedom from Interference, and safety mechanisms
- Hardware Functional Safety including SPFM, LFM, PMHF, ECC memory, lockstep processors, watchdogs, and diagnostic coverage
- Software Functional Safety covering MISRA, CERT, defensive programming, static analysis, dynamic analysis, RTOS safety, and software verification
- Verification & Validation, fault injection, testing strategies, coverage analysis, and tool qualification
- Reliability Engineering, availability analysis, maintainability, and reliability modeling
- Integration of Functional Safety and Cybersecurity including TARA, Secure Boot, Secure OTA Updates, Hardware --Security Modules (HSM), and ISO/SAE 21434
- Functional Safety for AI, ADAS, Autonomous Driving, Embedded Systems, and Software-Defined Vehicles
- Safety Case development, Goal Structuring Notation (GSN), certification strategies, compliance, audits, and Functional Safety Management
- Practical engineering workflows, checklists, templates, best practices, and lessons learned from real industrial projects

Spanning 570 professionally organized pages in a large 8.5 × 11 format , this book emphasizes practical implementation rather than theory alone. Every chapter is structured to help readers understand not only what the standards require, but why they matter and how to apply them in real engineering projects.

Whether you are a Functional Safety Engineer, Embedded Software Engineer, System Architect, Hardware Engineer, Verification & Validation Engineer, Reliability Engineer, Cybersecurity Engineer, Technical Manager, Researcher, or graduate engineering student, this book provides the knowledge, engineering insight, and practical guidance needed to design, develop, verify, validate, and certify safety-critical systems with confidence.

From concept to certification, from hazard analysis to safety case development, this is the definitive professional reference for mastering Functional Safety Engineering in today's safety-critical world.