This is a comprehensive, practical guide for the engineers, managers, and business leaders who turn raw materials into finished products and who carry the weight of production targets, quality standards, and cost budgets on their shoulders every day. It is written for those who want to understand not just what to do, but why it works and how to make it stick on a real factory floor.

Inside, you will learn how to optimize production planning, master inventory control, implement statistical process control, and lead lean manufacturing transformations that eliminate waste and drive measurable results. The book explains the core principles of industrial engineering, from demand forecasting and capacity planning to total productive maintenance and supply chain resilience, using clear language, real-world examples, and practical tools you can apply immediately.

You will discover how to build a quality management system that prevents defects at the source, how to calculate overall equipment effectiveness and attack the six big losses, and how to design strategic cost reduction programs using value engineering, target costing, and total cost of ownership. The chapters on supply chain risk management, Industry 4.0 technologies, and project management prepare you for the challenges that define modern manufacturing leadership.

To improve your understanding, every chapter includes clear frameworks, real-world case studies, application exercises, and practitioner insights drawn from three decades of hands-on manufacturing experience. The book bridges the gap between boardroom strategy and shop-floor reality, showing you how to translate business goals into operational action and how to lead the human side of change with respect and clarity.

Features

• A complete reference covering production planning, quality control, lean manufacturing, total productive maintenance, cost reduction, and supply chain management in one integrated volume
• Includes more than 100 practical frameworks, templates, and formulas for immediate application on the factory floor
• Features real-world case studies and application exercises in every chapter to reinforce learning and build problem-solving capability
• Explains how to use DMAIC, A3 thinking, 5 Whys, fishbone diagrams, and design of experiments to solve chronic problems permanently
• Contains clear guidance on OEE calculation, SPC control charts, process capability indices, and variance analysis without requiring advanced statistical training
• Prepares engineers and managers for Industry 4.0, digital twins, IoT sensors, and smart factory technologies with a pragmatic, ROI-focused approach