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Safety Analysis and Risk Control,
Edition 1 From Theory to ImplementationEditors: By Mohammad Yazdi
Publication Date:
03 Aug 2026
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Safety Analysis and Risk Control: From Theory to Implementation provides a comprehensive overview of the fundamental principles of risk analysis, emphasizing their relevance and application in making safety a top priority across industries, offering both depth and breadth in coverage. Following an introduction to core concepts and methodologies, the book considers hazard identification, risk assessment techniques, mitigation strategies, and the implementation of safety measures, supported by real-world, integrated case studies and applications throughout. Each chapter provides practical exercises, tools, and resources to enable readers to apply safety and risk control concepts directly to their work environments.
Interactive data sets, hosted on a companion website, encourage active engagement with the material, while an instructor's manual and lecture slides support teaching. As industries face increasingly complex safety challenges and regulatory requirements, this book fulfills an urgent need for clear guidelines and tools to implement effective risk control measures of relevance to students and professionals across the fields of occupational health and safety, environmental science, engineering, business management, and public health, among others.
Key Features
- Provides a thorough, practical introduction to safety analysis and risk control across industries, from occupational health and safety to environmental science, engineering, business management, and public health
- Features Integrated Case Studies and Real-World Applications, demonstrating how risk analysis and safety management principles are applied in real-world situations across various industries, bridging the gap between theory and real-world application
- Offers a structured approach to developing and implementing safety frameworks, with clear guidelines on conducting hazard assessments, designing risk mitigation strategies, and managing safety improvement processes
- Includes companion and instructor websites with interactive datasets accompanying cases studies in the book, as well an instructor's manual and lecture slides
About the author
By Mohammad Yazdi, Memorial University of Newfoundland, Canada and Macquarie University, Australia
1. Introduction to Risk Analysis and Safety Management
2. Theories and Models of Risk Analysis
3. Hazard Identification Processes
4. Risk Assessment Techniques
5. Designing Effective Safety Control Measures
6. Safety Standards and Regulatory Compliance
7. Implementing Safety Management Systems
8. Case Studies in Risk Management
9. Monitoring, Evaluating, and Improving Safety Measures
10. Future Trends in Risk Analysis and Safety Management
2. Theories and Models of Risk Analysis
3. Hazard Identification Processes
4. Risk Assessment Techniques
5. Designing Effective Safety Control Measures
6. Safety Standards and Regulatory Compliance
7. Implementing Safety Management Systems
8. Case Studies in Risk Management
9. Monitoring, Evaluating, and Improving Safety Measures
10. Future Trends in Risk Analysis and Safety Management
ISBN:
9780443364983
Page Count:
330
Retail Price
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Access to teacher/student resources is available to registered users with approved inspection copies or confirmed adoptions. To review this material, please request an inspection copy.
- 1. Introduction to Risk Analysis and Safety Management
- 10. Future Trends in Risk Analysis and Safety Management
- 2. Theories and Models of Risk Analysis
- 3. Hazard Identification, Risk Assessment and Control in the High-Tech Industrial Sector
- 4. Risk Assessment Techniques
- 5. Designing Effective Safety Control Measures
- 6. Safety Standards and Regulatory Compliance
- 7. Implementing Safety Management Systems
- 8. Case Study in Risk Management- Engineering Safety High-Tech Manufacturing
- 9. Monitoring, Evaluating, and Improving Safety Measures
Advanced undergraduate, graduate, and PhD in safety management, mathematics, engineering, business management, environmental science, and public health