Engineering Reliability: Analyzing Lifetime and Hazard Functions

In engineering, understanding when and why components fail is critical to safety, maintenance scheduling, and cost control. This course provides a clear, beginner-friendly entry point into reliability engineering by focusing on lifetime distributions and the hazard function. You will transition from basic probability concepts to modeling the failure rates of both new and aging assets, enabling you to make informed, data-driven decisions. What you'll learn: - Understand the fundamental mathematical concepts of reliability, failure density, and survival functions. - Analyze the hazard function to determine failure rates over time, including infant mortality and wear-out phases. - Compare the reliability profiles of new versus aging engineering components. - Apply key probability distributions to model equipment lifespans under different stress conditions. - Evaluate basic system configurations to improve overall operational safety and uptime. The course begins with essential terminology and foundational probability concepts before guiding you through the mathematical modeling of failure rates and practical engineering scenarios. This text-only course is designed for engineering students, maintenance planners, and technical professionals new to reliability statistics, requiring only basic algebra and introductory probability. Start analyzing system lifetimes and engineering reliability today.