Safety management is an essential pillar in the successful execution of any project, whether in construction, industrial settings, or other work environments. As project risks grow increasingly complex, ensuring the safety of workers, the public, and the environment has become not only a legal obligation but a moral responsibility. The aim of Fundamentals of Project Safety Management is to provide a practical, structured approach to managing safety risks in various project environments. This book serves as a comprehensive guide for project managers, safety officers, engineers, and professionals who are responsible for implementing safety measures across different industries. Each chapter of this book has been crafted with the intention of covering critical aspects of safety management, ensuring readers gain a thorough understanding of both fundamental and advanced safety principles. The book begins with "Introduction and Definitions", offering foundational knowledge, terminology, and key concepts that underpin the broader scope of safety management. In "Procedures", we dive into the step-by-step safety protocols that should be followed to establish a safe working environment, ensuring compliance with regulations and minimizing risks. "Fall Protection, Scaffoldings, and Ladders" focuses on one of the most common hazards in work environments—fall risks—and outlines the best practices for using and maintaining safety equipment like scaffolding and ladders. "Safety at Sites" explores safety strategies specific to construction sites and other high-risk environments, providing insights into real-world applications. "Job Safety Analysis" helps readers identify hazards associated with specific tasks, equipping them to perform risk assessments and create safety measures tailored to the job at hand. In "Job Safety Education, Training, and Auditing", the importance of continuous safety education, training programs, and the auditing process is emphasized as a way to reinforce safety culture and ensure compliance. The next chapter, "Fundamentals of Electrical Engineering", introduces essential electrical engineering concepts that lay the groundwork for understanding electrical safety in projects. Building on that, "Electrical Safety" provides an in-depth exploration of best practices for managing electrical hazards, ensuring the safe use of equipment and systems. "Indian Electricity Act" addresses the legal framework surrounding electrical safety in India, ensuring professionals are aware of their legal obligations in electrical projects. The chapter on "Hazardous Procedures" covers specialized procedures that pose higher risks, outlining strategies to mitigate these hazards effectively. "Safety of Vehicles and Plants" discusses how to ensure safety when working with heavy machinery, vehicles, and plants, which are critical in many industries but also sources of potential danger. In "Material Handling", best practices for the safe movement, storage, and management of materials are explained, focusing on reducing incidents related to improper handling. "Handling of Tools" covers the safe use of both hand and power tools, ensuring that workers are equipped with the knowledge to prevent injuries caused by improper use. "Working Environment" highlights the importance of maintaining a safe and healthy work environment, addressing hazards such as noise, lighting, and temperature control. Finally, "Road Making" covers the specific safety protocols required in road construction projects, from machinery use to environmental considerations. This book is designed not only as a technical reference but also as a practical guide that incorporates real-life case studies, regulatory frameworks, and ethical considerations. My hope is that it serves as a valuable resource for professionals committed to making safety an integral part of their projects. By embedding safety management into the heart of project planning and execution, we can ensure not just compliance with laws, but also the well-being of all involved.