PERT and Project Crashing for Industrial Engineering

Meeting tight project deadlines while minimizing costs is a fundamental challenge in industrial engineering and project management. This text-only course guides you through the core mathematical models and strategic frameworks needed to analyze project networks, calculate risks, and crash schedules systematically. Through clear written explanations and structured formulas, you will learn how to balance time-cost trade-offs and manage project uncertainty with confidence. What you'll learn: - Understand foundational concepts of network diagrams, Critical Path Method (CPM), and PERT. - Calculate expected activity times, variances, and project completion probabilities using statistical distributions. - Apply project crashing techniques to reduce project duration at the lowest possible cost. - Solve complex scheduling problems using step-by-step mathematical procedures. - Analyze trade-offs between time and cost in modern industrial engineering scenarios. - Practice with exam-style problems designed to build confidence for professional and academic assessments. You will start with basic terminology and network construction before moving into advanced probability calculations and cost-optimization algorithms. Each module features clear written explanations, structured breakdowns, and step-by-step solved mathematical examples to ensure you understand the mechanics behind the calculations. This course is designed for engineering students, industrial engineers, and aspiring project managers who want a solid grasp of quantitative scheduling. No prior advanced engineering background is required; basic algebra is all you need to begin. Start reading today to master the science of project scheduling and optimization.