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Work systems and the methods, measurement, and management of work

Groover, Mikell P., -

A comprehensive industrial engineering textbook that systematically details the principles and quantitative techniques for the analysis, design, measurement, and management of work systems to improve productivity, efficiency, and safety.

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What it’s about

Work Systems and the Methods, Measurement, and Management of Work is the definitive textbook for understanding the core principles of industrial engineering. Authored by Mikell P. Groover, it systematically breaks down the nature of work into its fundamental components and explores the systems designed to perform it efficiently. The book covers everything from manual and worker-machine systems to modern approaches like Lean Production and Six Sigma, providing a robust quantitative framework for methods engineering, work measurement, layout planning, and ergonomics. Whether you are an industrial engineering student seeking a foundational text or a professional looking to refresh your understanding of process improvement, this book offers the tools and principles needed to analyze, measure, and manage work for maximum productivity, safety, and effectiveness.

The through-line

Who it’s for
An industrial engineering student or practitioner who wants to design, analyze, and improve work systems to boost productivity, efficiency, and safety.
The problem
Faced with complex, inefficient, and often unsafe work processes that are costly, result in low-quality outputs, and waste resources. Feels overwhelmed by the complexity of real-world work systems and uncertain how to systematically measure, analyze, and improve them.
The plan
  1. Understand the different types of work systems and how they operate (e.g., manual, worker-machine, assembly lines, logistics).
  2. Master the techniques of methods engineering and layout planning to analyze existing processes and design efficient new ones.
  3. Learn the principles and quantitative techniques of time study and work measurement to establish valid time standards.
  4. Integrate modern approaches like Lean Production and Six Sigma to drive continuous process improvement.
  5. Apply principles of ergonomics and human factors to create safe, healthy, and effective workplaces.
The payoff
Becoming a competent industrial engineer capable of systematically improving any work system. · Confidently designing efficient, productive, and safe workplaces that reduce cost and eliminate waste. · Mastering the quantitative tools needed to justify improvements and manage operations effectively.

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