Technical Systems Reliability: Calculation and Analysis Fundamentals

Ensuring the safety and longevity of complex hardware is a critical challenge in modern engineering. This course provides a clear, foundational pathway to understanding how mechanical, electronic, and electro-mechanical systems fail and how to predict their operational lifespan. You will transition from having a basic understanding of engineering to confidently calculating reliability parameters, analyzing time-to-failure distributions, and performing risk-based failure classifications. What you will learn: 1. Understand foundational reliability terminology, metrics, and key performance indicators. 2. Calculate time-to-failure parameters using standard probability distribution laws. 3. Classify technical system failures by their type, cause, and severity of consequences. 4. Analyze the distinct reliability profiles of mechanical, electronic, and mixed electro-mechanical systems. 5. Apply modern Failure Mode and Effects Analysis (FMEA) principles to identify critical system vulnerabilities. 6. Practice evaluating system risks using structured, text-based calculations and scenario analysis. The course begins with core definitions and basic probability concepts, then progresses to specific failure distributions, system-specific analyses, and modern risk-assessment frameworks. You will consolidate your knowledge through written exercises and self-assessment scenarios. This course is designed for aspiring reliability engineers, maintenance specialists, and systems designers. No prior background in reliability theory is required, though basic algebra is helpful. Start building safer, more resilient technical systems today.