PERT, CPM, and Sequencing: Engineering Exam Prep Guide

Struggling to solve project management and sequencing problems quickly under exam pressure? This text-based guide breaks down the mathematical foundations and logical steps of PERT, CPM, and sequencing. You will learn to construct network schedules, determine critical paths, and optimize job sequences using clear, step-by-step written explanations and practical exam-style exercises. In this course, you will: Understand foundational project management terminology, network rules, and sequencing concepts; Calculate early and late event times, floats, and slack to identify the critical path; Apply PERT three-estimate approaches to determine project probability and expected duration; Solve sequencing problems for multiple jobs across machines using Johnson's rule and heuristics; Analyze modern scheduling constraints, including resource leveling and agile adaptation basics; Practice step-by-step problem-solving techniques tailored for competitive engineering exams. The course starts with core definitions and network construction rules, then progresses through mathematical calculations for CPM and PERT, and concludes with sequencing algorithms and exam-oriented practice scenarios. Designed for engineering students, operations research learners, and exam aspirants, this guide requires no prior advanced project management experience. Start reading today to master network scheduling and boost your exam performance.