This book aims to fill a gap in the current construction health and safety research and discover new knowledge about work stress induced chronic diseases among construction industry professionals. In achieving these aims, the book investigates:

While there are many studies, policies and regulations aiming to look after the health of construction workers, little attention is paid to construction professionals. By applying advanced analytical methods to data collected in a national survey of construction professionals in Australia, the author presents new scientific evidence which can be used to help establish equitable workers'' compensation treatments and outcomes for construction professionals in line with other professions. Moreover, the research and analysis are underpinned by theories and literature from public health and epidemiological disciplines in addition to literature from construction, and work health, safety and wellbeing domains. It is essential reading for any health policy makers and researchers in the fields of health and safety and construction management.

This book aims to fill a gap in the current construction health and safety research and discover new knowledge about work stress induced chronic diseases among construction industry professionals. In achieving these aims, the book investigates:

While there are many studies, policies and regulations aiming to look after the health of construction workers, little attention is paid to construction professionals. By applying advanced analytical methods to data collected in a national survey of construction professionals in Australia, the author presents new scientific evidence which can be used to help establish equitable workers'' compensation treatments and outcomes for construction professionals in line with other professions. Moreover, the research and analysis are underpinned by theories and literature from public health and epidemiological disciplines in addition to literature from construction, and work health, safety and wellbeing domains. It is essential reading for any health policy makers and researchers in the fields of health and safety and construction management.

Despite occupational diseases in construction contributing to a significant proportion of fatalities, and permanent and temporary incapacities, they have not gained as much attention as occupational injuries from practitioners and researchers. The research in this book aims to discover occupational diseases that cause fatalities and permanent and temporary incapacities in the construction industry, along with their epidemiological causal mechanisms.

Through chapters examining cancers, circulatory system diseases, respiratory system diseases, nervous system and sense organ diseases, and musculoskeletal diseases, the authors provide new knowledge and insights to help proactively prevent and control these diseases. The research underpinning the development of the book applies empirical analyses of real-world occupational disease data for the construction industry alongside a detailed review and meta-analysis of literature pertinent to risk factors and methods and strategies to prevent and/or control occupational diseases in construction.

Knowing the riskiest diseases and occupations for construction workers, along with organisational and personal risk factors, is critical to optimising risk management efforts. This book should be of interest to students, researchers, and practitioners in construction management, occupational health and safety, and risk management.

Despite occupational diseases in construction contributing to a significant proportion of fatalities, and permanent and temporary incapacities, they have not gained as much attention as occupational injuries from practitioners and researchers. The research in this book aims to discover occupational diseases that cause fatalities and permanent and temporary incapacities in the construction industry, along with their epidemiological causal mechanisms.

Through chapters examining cancers, circulatory system diseases, respiratory system diseases, nervous system and sense organ diseases, and musculoskeletal diseases, the authors provide new knowledge and insights to help proactively prevent and control these diseases. The research underpinning the development of the book applies empirical analyses of real-world occupational disease data for the construction industry alongside a detailed review and meta-analysis of literature pertinent to risk factors and methods and strategies to prevent and/or control occupational diseases in construction.

Knowing the riskiest diseases and occupations for construction workers, along with organisational and personal risk factors, is critical to optimising risk management efforts. This book should be of interest to students, researchers, and practitioners in construction management, occupational health and safety, and risk management.

Occupational accidents have a massive personal and social cost as well as a major financial cost. The construction industry is one of the most dangerous industries, accounting for around 20–30% of all occupational deaths worldwide. The accompanying financial cost is either absorbed directly or passed on in the form of higher insurance costs. In addition, regulatory bodies have started to impose legal accountability on all the parties along the construction supply chain.

OHS is hard to implement. Construction projects are complex, with a fluid workforce, and the regulatory framework is highly elaborate. OHS Electronic Management Systems for Construction presents a theoretical framework which is designed to overcome these difficulties, integrating OHS management in construction using knowledge management and web technologies. This framework is explained in a clear step-by-step way, as are features such as a systematically developed corporate safety memory, and a virtual learning portal to facilitate on-demand safety training.

The ultimate aim of this book is to aid the development of an established safety culture at the organisational level, and the formation of an industry-wide community of safety practice. This is essential reading for OHS professionals and construction managers attempting to change their industry for the better, as well as advanced students and researchers.

Occupational accidents have a massive personal and social cost as well as a major financial cost. The construction industry is one of the most dangerous industries, accounting for around 20–30% of all occupational deaths worldwide. The accompanying financial cost is either absorbed directly or passed on in the form of higher insurance costs. In addition, regulatory bodies have started to impose legal accountability on all the parties along the construction supply chain.

OHS is hard to implement. Construction projects are complex, with a fluid workforce, and the regulatory framework is highly elaborate. OHS Electronic Management Systems for Construction presents a theoretical framework which is designed to overcome these difficulties, integrating OHS management in construction using knowledge management and web technologies. This framework is explained in a clear step-by-step way, as are features such as a systematically developed corporate safety memory, and a virtual learning portal to facilitate on-demand safety training.

The ultimate aim of this book is to aid the development of an established safety culture at the organisational level, and the formation of an industry-wide community of safety practice. This is essential reading for OHS professionals and construction managers attempting to change their industry for the better, as well as advanced students and researchers.

The role of designers has traditionally been to design a building so that it conforms to accepted local building codes. The safety of workers is left up to the contractor building the designs. Research shows, however, that designers can have an especially strong influence on construction safety during the concept, preliminary and detailed design phases.

This book establishes the new knowledge and conceptual frameworks necessary to develop a mobile computing-enabled knowledge management system that can help reduce the high rate of construction falls. There are three main objectives of this book:

1. To create a new Prevention through Design (PtD) knowledge base to model the relationships between fall risks and design decisions;

2. To develop a PtD mobile App to assist building designers in fall prevention through design;

3. To evaluate the practical implications of the PtD mobile App for the construction industry, especially for building designers and workers.

The cutting edge technologies explored in this book have the potential to significantly reduce the rate of serious injuries that occur in the global construction industry. This is essential reading for researchers and advanced students of construction management with an interest in safety or mobile technologies.

The role of designers has traditionally been to design a building so that it conforms to accepted local building codes. The safety of workers is left up to the contractor building the designs. Research shows, however, that designers can have an especially strong influence on construction safety during the concept, preliminary and detailed design phases.

This book establishes the new knowledge and conceptual frameworks necessary to develop a mobile computing-enabled knowledge management system that can help reduce the high rate of construction falls. There are three main objectives of this book:

1. To create a new Prevention through Design (PtD) knowledge base to model the relationships between fall risks and design decisions;

2. To develop a PtD mobile App to assist building designers in fall prevention through design;

3. To evaluate the practical implications of the PtD mobile App for the construction industry, especially for building designers and workers.

The cutting edge technologies explored in this book have the potential to significantly reduce the rate of serious injuries that occur in the global construction industry. This is essential reading for researchers and advanced students of construction management with an interest in safety or mobile technologies.

The construction industry is vital to any national economy; it is also one of the industries most susceptible to workplace incidents. The unacceptably high rates of incidents in construction have huge socio-economic consequences for the victims, their families and friends, co-workers, employers and society at large. Construction safety researchers have introduced numerous strategies, models and tools through scientific inquiries involving primary data collection and analyses. While these efforts are commendable, there is a huge potential to create new knowledge and predictive models to improve construction safety by utilising already existing data about workplace incidents. In this new book, Imriyas Kamardeen argues that more sophisticated approaches need to be deployed to enable improved analyses of incident data sets and the extraction of more valuable insights, patterns and knowledge to prevent work injuries and illnesses.

The book aims to apply data mining and analytic techniques to past workplace incident data to discover patterns that facilitate the development of innovative models and strategies, thereby improving work health, safety and well-being in construction, and curtailing the high rate of incidents. It is essential reading for researchers and professionals in construction, health and safety and anyone interested in data analytics.

This book aims to fill a gap in the current construction health and safety research and discover new knowledge about work stress induced chronic diseases among construction industry professionals. In achieving these aims, the book investigates:

While there are many studies, policies and regulations aiming to look after the health of construction workers, little attention is paid to construction professionals. By applying advanced analytical methods to data collected in a national survey of construction professionals in Australia, the author presents new scientific evidence which can be used to help establish equitable workers'' compensation treatments and outcomes for construction professionals in line with other professions. Moreover, the research and analysis are underpinned by theories and literature from public health and epidemiological disciplines in addition to literature from construction, and work health, safety and wellbeing domains. It is essential reading for any health policy makers and researchers in the fields of health and safety and construction management.

This book aims to fill a gap in the current construction health and safety research and discover new knowledge about work stress induced chronic diseases among construction industry professionals. In achieving these aims, the book investigates:

While there are many studies, policies and regulations aiming to look after the health of construction workers, little attention is paid to construction professionals. By applying advanced analytical methods to data collected in a national survey of construction professionals in Australia, the author presents new scientific evidence which can be used to help establish equitable workers'' compensation treatments and outcomes for construction professionals in line with other professions. Moreover, the research and analysis are underpinned by theories and literature from public health and epidemiological disciplines in addition to literature from construction, and work health, safety and wellbeing domains. It is essential reading for any health policy makers and researchers in the fields of health and safety and construction management.

Despite occupational diseases in construction contributing to a significant proportion of fatalities, and permanent and temporary incapacities, they have not gained as much attention as occupational injuries from practitioners and researchers. The research in this book aims to discover occupational diseases that cause fatalities and permanent and temporary incapacities in the construction industry, along with their epidemiological causal mechanisms.

Through chapters examining cancers, circulatory system diseases, respiratory system diseases, nervous system and sense organ diseases, and musculoskeletal diseases, the authors provide new knowledge and insights to help proactively prevent and control these diseases. The research underpinning the development of the book applies empirical analyses of real-world occupational disease data for the construction industry alongside a detailed review and meta-analysis of literature pertinent to risk factors and methods and strategies to prevent and/or control occupational diseases in construction.

Knowing the riskiest diseases and occupations for construction workers, along with organisational and personal risk factors, is critical to optimising risk management efforts. This book should be of interest to students, researchers, and practitioners in construction management, occupational health and safety, and risk management.

Despite occupational diseases in construction contributing to a significant proportion of fatalities, and permanent and temporary incapacities, they have not gained as much attention as occupational injuries from practitioners and researchers. The research in this book aims to discover occupational diseases that cause fatalities and permanent and temporary incapacities in the construction industry, along with their epidemiological causal mechanisms.

Through chapters examining cancers, circulatory system diseases, respiratory system diseases, nervous system and sense organ diseases, and musculoskeletal diseases, the authors provide new knowledge and insights to help proactively prevent and control these diseases. The research underpinning the development of the book applies empirical analyses of real-world occupational disease data for the construction industry alongside a detailed review and meta-analysis of literature pertinent to risk factors and methods and strategies to prevent and/or control occupational diseases in construction.

Knowing the riskiest diseases and occupations for construction workers, along with organisational and personal risk factors, is critical to optimising risk management efforts. This book should be of interest to students, researchers, and practitioners in construction management, occupational health and safety, and risk management.

Occupational accidents have a massive personal and social cost as well as a major financial cost. The construction industry is one of the most dangerous industries, accounting for around 20–30% of all occupational deaths worldwide. The accompanying financial cost is either absorbed directly or passed on in the form of higher insurance costs. In addition, regulatory bodies have started to impose legal accountability on all the parties along the construction supply chain.

OHS is hard to implement. Construction projects are complex, with a fluid workforce, and the regulatory framework is highly elaborate. OHS Electronic Management Systems for Construction presents a theoretical framework which is designed to overcome these difficulties, integrating OHS management in construction using knowledge management and web technologies. This framework is explained in a clear step-by-step way, as are features such as a systematically developed corporate safety memory, and a virtual learning portal to facilitate on-demand safety training.

The ultimate aim of this book is to aid the development of an established safety culture at the organisational level, and the formation of an industry-wide community of safety practice. This is essential reading for OHS professionals and construction managers attempting to change their industry for the better, as well as advanced students and researchers.

Occupational accidents have a massive personal and social cost as well as a major financial cost. The construction industry is one of the most dangerous industries, accounting for around 20–30% of all occupational deaths worldwide. The accompanying financial cost is either absorbed directly or passed on in the form of higher insurance costs. In addition, regulatory bodies have started to impose legal accountability on all the parties along the construction supply chain.

OHS is hard to implement. Construction projects are complex, with a fluid workforce, and the regulatory framework is highly elaborate. OHS Electronic Management Systems for Construction presents a theoretical framework which is designed to overcome these difficulties, integrating OHS management in construction using knowledge management and web technologies. This framework is explained in a clear step-by-step way, as are features such as a systematically developed corporate safety memory, and a virtual learning portal to facilitate on-demand safety training.

The ultimate aim of this book is to aid the development of an established safety culture at the organisational level, and the formation of an industry-wide community of safety practice. This is essential reading for OHS professionals and construction managers attempting to change their industry for the better, as well as advanced students and researchers.

The role of designers has traditionally been to design a building so that it conforms to accepted local building codes. The safety of workers is left up to the contractor building the designs. Research shows, however, that designers can have an especially strong influence on construction safety during the concept, preliminary and detailed design phases.

This book establishes the new knowledge and conceptual frameworks necessary to develop a mobile computing-enabled knowledge management system that can help reduce the high rate of construction falls. There are three main objectives of this book:

1. To create a new Prevention through Design (PtD) knowledge base to model the relationships between fall risks and design decisions;

2. To develop a PtD mobile App to assist building designers in fall prevention through design;

3. To evaluate the practical implications of the PtD mobile App for the construction industry, especially for building designers and workers.

The cutting edge technologies explored in this book have the potential to significantly reduce the rate of serious injuries that occur in the global construction industry. This is essential reading for researchers and advanced students of construction management with an interest in safety or mobile technologies.

The role of designers has traditionally been to design a building so that it conforms to accepted local building codes. The safety of workers is left up to the contractor building the designs. Research shows, however, that designers can have an especially strong influence on construction safety during the concept, preliminary and detailed design phases.

This book establishes the new knowledge and conceptual frameworks necessary to develop a mobile computing-enabled knowledge management system that can help reduce the high rate of construction falls. There are three main objectives of this book:

1. To create a new Prevention through Design (PtD) knowledge base to model the relationships between fall risks and design decisions;

2. To develop a PtD mobile App to assist building designers in fall prevention through design;

3. To evaluate the practical implications of the PtD mobile App for the construction industry, especially for building designers and workers.

The cutting edge technologies explored in this book have the potential to significantly reduce the rate of serious injuries that occur in the global construction industry. This is essential reading for researchers and advanced students of construction management with an interest in safety or mobile technologies.

The construction industry is vital to any national economy; it is also one of the industries most susceptible to workplace incidents. The unacceptably high rates of incidents in construction have huge socio-economic consequences for the victims, their families and friends, co-workers, employers and society at large. Construction safety researchers have introduced numerous strategies, models and tools through scientific inquiries involving primary data collection and analyses. While these efforts are commendable, there is a huge potential to create new knowledge and predictive models to improve construction safety by utilising already existing data about workplace incidents. In this new book, Imriyas Kamardeen argues that more sophisticated approaches need to be deployed to enable improved analyses of incident data sets and the extraction of more valuable insights, patterns and knowledge to prevent work injuries and illnesses.

The book aims to apply data mining and analytic techniques to past workplace incident data to discover patterns that facilitate the development of innovative models and strategies, thereby improving work health, safety and well-being in construction, and curtailing the high rate of incidents. It is essential reading for researchers and professionals in construction, health and safety and anyone interested in data analytics.