CPM and PERT Project Management: Solved Problems and Methods

Getting stuck on project scheduling calculations can hold you back in both academic exams and professional project planning. Understanding the mathematical foundation of CPM and PERT is essential for analyzing project timelines with absolute accuracy. This text-based course guides you from the fundamental definitions of project networks to solving complex scheduling problems with speed and precision. You will learn to construct network diagrams, identify critical paths, and calculate probability distributions for project completion times without relying on complex software. What you'll learn: - Understand the core terminology of project management, including activities, events, slack, and float. - Construct accurate network diagrams using standard scheduling conventions. - Calculate earliest and latest start/finish times to identify the critical path of any project. - Apply PERT three-point estimation techniques to calculate expected activity times and standard deviations. - Solve probability and variance problems for overall project completion schedules. - Practice time-saving shortcut methods for solving numerical questions in competitive technical exams. - Analyze how classical network techniques integrate with modern hybrid project management workflows. The course starts with basic definitions and network rules before moving into step-by-step solved numerical examples. You will progress through structured written exercises designed to build your speed, accuracy, and analytical confidence. This course is designed for engineering students preparing for competitive exams, aspiring project managers, and beginners seeking a solid mathematical foundation in project scheduling. No prior advanced management experience is required. Start reading today to master CPM and PERT calculations with ease.