Scaffold accidents relative to South African construction
- Authors: Rantsatsi, Ndaleni Phinias
- Date: 2018
- Subjects: Construction industry -- Accidents -- South Africa , Construction industry -- Safety measures -- South Africa Building -- Accidents Accidents -- Prevention
- Language: English
- Type: Thesis , Masters , MSc
- Identifier: http://hdl.handle.net/10948/35114 , vital:33627
- Description: The aim of this research is to highlight the types, frequency and causes of accident experienced by the scaffold workers on construction sites. As a result, provide recommendations on how to prevent or reduce accidents of scaffolding contractors on construction sites A review of related literature was conducted, primarily to avoid repeating existing research, to generate new findings. The quantitative research approach was adopted, and a non-experimental research design was used for this research which prompted the use of questionnaires for scaffold site management and scaffold workers. The sampling included site scaffold management, supervisors, health and safety practitioners, scaffold labourers, scaffold fixers/erectors, scaffold team leaders/ charge hands and scaffold inspectors in the South African construction industry in all nine provinces. The research findings revealed that slips, trips and falls accidents, struck by accidents and caught in/between accidents were the common accidents affecting scaffold workers on construction sites. The results further revealed that unsafe acts and conditions were the main causes of scaffold accidents. The empirical findings also revealed that most scaffold accidents occur during dismantling, manual handling and erection of scaffolding. The respondents are mostly working in the Limpopo and Mpumalanga provinces of South Africa. The research is vitally important for construction industry, scaffold contractors, clients and South African Department of Labour. It is recommended that a national accident register system be developed where accidents are captured and analysed to prevent possible accidents relative to scaffold contractors.
- Full Text:
- Date Issued: 2018
- Authors: Rantsatsi, Ndaleni Phinias
- Date: 2018
- Subjects: Construction industry -- Accidents -- South Africa , Construction industry -- Safety measures -- South Africa Building -- Accidents Accidents -- Prevention
- Language: English
- Type: Thesis , Masters , MSc
- Identifier: http://hdl.handle.net/10948/35114 , vital:33627
- Description: The aim of this research is to highlight the types, frequency and causes of accident experienced by the scaffold workers on construction sites. As a result, provide recommendations on how to prevent or reduce accidents of scaffolding contractors on construction sites A review of related literature was conducted, primarily to avoid repeating existing research, to generate new findings. The quantitative research approach was adopted, and a non-experimental research design was used for this research which prompted the use of questionnaires for scaffold site management and scaffold workers. The sampling included site scaffold management, supervisors, health and safety practitioners, scaffold labourers, scaffold fixers/erectors, scaffold team leaders/ charge hands and scaffold inspectors in the South African construction industry in all nine provinces. The research findings revealed that slips, trips and falls accidents, struck by accidents and caught in/between accidents were the common accidents affecting scaffold workers on construction sites. The results further revealed that unsafe acts and conditions were the main causes of scaffold accidents. The empirical findings also revealed that most scaffold accidents occur during dismantling, manual handling and erection of scaffolding. The respondents are mostly working in the Limpopo and Mpumalanga provinces of South Africa. The research is vitally important for construction industry, scaffold contractors, clients and South African Department of Labour. It is recommended that a national accident register system be developed where accidents are captured and analysed to prevent possible accidents relative to scaffold contractors.
- Full Text:
- Date Issued: 2018
Architectural design interventions toward improvement of construction health, safety, and ergonomics in South Africa
- Authors: Goldswain, Craig Colin
- Date: 2014
- Subjects: Construction industry -- Safety measures , Construction industry -- Accidents -- South Africa , Architectural design -- South Africa
- Language: English
- Type: Thesis , Doctoral , DPhil
- Identifier: vital:9717 , http://hdl.handle.net/10948/d1021060
- Description: The construction industry produces a high rate of accident statistics. Constructors are exposed to a range of construction hazards and risks which manifest themselves in accidents and lead to a high incidence of illnesses, injuries and fatalities. Despite evidence that up to 50 percent of construction accidents can be avoided through mitigation of hazards and risks in the design phase of construction projects, architectural designers do not adequately engage in designing for construction health, safety, and ergonomics. The research localises the problem in the context of South Africa and sets out to develop an architectural design oriented model toward a reduction of construction hazards and risks, which can be engendered through optimisation of tertiary architectural education and through continuing professional development (CPD) programmes. The ultimate aim is to realise a paradigm shift in architectural design relative to construction health, safety, and ergonomics as architectural designers in South Africa still view it as the constructor’s responsibility. The research intertwined a range of secondary data with four provisional studies undertaken in the Eastern Cape Province considered representative of South Africa. This involved both quantitative and qualitative methodologies and were directed at architectural designers registered with the South African Council for the Architectural Profession (SACAP). The provisional studies were published in international conference proceedings and served to gradually provide local insight, and ultimately provided a line of structured questions for use in the main study. The main study was positioned in the action research (AR) paradigm and used focus group (FG) methodology to solicit a vast richness of qualitative data from SACAP registered architectural designers who participated in the FG proceedings. Synthesis of data with literature and the provisional studies gave rise to a provisional model comprising six main model components and a range of sub-components. The provisional model was validated and refined while simultaneously testing the research hypotheses by means of questionnaires directed at the SACAP registered FG participants. The evolved model includes a core model embedded in a greater process model, and implementation and use of the core model relies on appropriate knowledge of architectural designers. It is ultimately recommended that tertiary architectural education institutions and those involved in architectural CPD programmes take ‘upstream design ownership’ and use the model as a basis for designing and implementing appropriate tertiary architectural programmes and architectural CPD offerings. Ultimately the model is not considered as a complete means to an end, and further investigation is needed in order to design and implement the recommended programmes. Only then can we begin to realise a paradigm shift in architectural thinking and practice.
- Full Text:
- Date Issued: 2014
- Authors: Goldswain, Craig Colin
- Date: 2014
- Subjects: Construction industry -- Safety measures , Construction industry -- Accidents -- South Africa , Architectural design -- South Africa
- Language: English
- Type: Thesis , Doctoral , DPhil
- Identifier: vital:9717 , http://hdl.handle.net/10948/d1021060
- Description: The construction industry produces a high rate of accident statistics. Constructors are exposed to a range of construction hazards and risks which manifest themselves in accidents and lead to a high incidence of illnesses, injuries and fatalities. Despite evidence that up to 50 percent of construction accidents can be avoided through mitigation of hazards and risks in the design phase of construction projects, architectural designers do not adequately engage in designing for construction health, safety, and ergonomics. The research localises the problem in the context of South Africa and sets out to develop an architectural design oriented model toward a reduction of construction hazards and risks, which can be engendered through optimisation of tertiary architectural education and through continuing professional development (CPD) programmes. The ultimate aim is to realise a paradigm shift in architectural design relative to construction health, safety, and ergonomics as architectural designers in South Africa still view it as the constructor’s responsibility. The research intertwined a range of secondary data with four provisional studies undertaken in the Eastern Cape Province considered representative of South Africa. This involved both quantitative and qualitative methodologies and were directed at architectural designers registered with the South African Council for the Architectural Profession (SACAP). The provisional studies were published in international conference proceedings and served to gradually provide local insight, and ultimately provided a line of structured questions for use in the main study. The main study was positioned in the action research (AR) paradigm and used focus group (FG) methodology to solicit a vast richness of qualitative data from SACAP registered architectural designers who participated in the FG proceedings. Synthesis of data with literature and the provisional studies gave rise to a provisional model comprising six main model components and a range of sub-components. The provisional model was validated and refined while simultaneously testing the research hypotheses by means of questionnaires directed at the SACAP registered FG participants. The evolved model includes a core model embedded in a greater process model, and implementation and use of the core model relies on appropriate knowledge of architectural designers. It is ultimately recommended that tertiary architectural education institutions and those involved in architectural CPD programmes take ‘upstream design ownership’ and use the model as a basis for designing and implementing appropriate tertiary architectural programmes and architectural CPD offerings. Ultimately the model is not considered as a complete means to an end, and further investigation is needed in order to design and implement the recommended programmes. Only then can we begin to realise a paradigm shift in architectural thinking and practice.
- Full Text:
- Date Issued: 2014
Behaviour-based health and safety management in construction: a leadership-focused approach
- Authors: Okorie, Victor Nnannaya
- Date: 2014
- Subjects: Construction industry -- Safety measures , Construction industry -- Accidents -- South Africa
- Language: English
- Type: Thesis , Doctoral , DPhil
- Identifier: vital:9676 , http://hdl.handle.net/10948/d1021034
- Description: The construction industry remains a pillar in the South African economy, generating employment and wealth. Nonetheless, the industry is reportedly bedevilled by a high rate of accidents and serious injuries that often lead to permanent deformation and fatalities among workers and the general public. These accidents and injuries manifest due to poor construction health and safety (H&S) performance that is often related to poor H&S leadership of the key project leaders involved in the construction business. Shortcomings pertain to client leadership in terms of involvement and commitment to H&S and project H&S related decisions of professionals (designers, project managers, quantity surveyors and engineers). They also pertain to contractor related aspects such as H&S management systems and leadership at all levels of management. In addition, contractors’ inadequacies of H&S management relative to workplace planning and materials related issues have continued to marginalise H&S performance in construction. The H&S leadership of key project leaders is very important in creating a culture of H&S in the workplace. This study examined the H&S management practices and leadership of the key project leaders that contribute to at-risk work practices or unsafe behaviour of workers. Presently, there is limited or no research in South African construction on how the H&S leadership of the key project leaders contributes to at-risk work practices or unsafe behaviour of workers. The methodology employed in the study included an extensive review of relevant literature, which enabled the field work to proceed unhindered. The quantitative survey and qualitative inquiry was conducted with the key construction participants in South African construction. Focus group discussions and interviews were used in a complementary manner. Accordingly, the sampling technique for the study comprised simple random and purposive sampling. The study revealed apparent poor leadership and lack of involvement and commitment to workers’ H&S by the key project leaders. Notably, there is statistical evidence of poor H&S management practices among contractors in terms of top management commitment to and involvement in project H&S. This statistical evidence includes poor H&S education and training of workers and lack of workers’ involvement and participation in H&S matters, which is the tenet of behaviour-based H&S anagement. The model of leadership influence on worker H&S behaviour developed in this research constitutes an innovative contribution to construction H&S performance improvement through a leadership-focused approach. The study has established a basic level of awareness and understanding among key project leaders in that their upstream decisions during the project planning and construction phases have significant influence on workers’ safe or unsafe behaviour or at-risk work practices. The study strongly advocates transparent leadership, ethical behaviour among clients in public and private sectors, designers’ critical H&S decisions, project managers’ and quantity surveyors’ commitment towards project H&S and contractors’ adoption and implementation of behaviour-based H&S management systems. The developed leadership influence model of worker H&S behaviour in the study provides a useful guide for the key project leaders to realise the desired H&S performance improvement in the South African construction industry.
- Full Text:
- Date Issued: 2014
- Authors: Okorie, Victor Nnannaya
- Date: 2014
- Subjects: Construction industry -- Safety measures , Construction industry -- Accidents -- South Africa
- Language: English
- Type: Thesis , Doctoral , DPhil
- Identifier: vital:9676 , http://hdl.handle.net/10948/d1021034
- Description: The construction industry remains a pillar in the South African economy, generating employment and wealth. Nonetheless, the industry is reportedly bedevilled by a high rate of accidents and serious injuries that often lead to permanent deformation and fatalities among workers and the general public. These accidents and injuries manifest due to poor construction health and safety (H&S) performance that is often related to poor H&S leadership of the key project leaders involved in the construction business. Shortcomings pertain to client leadership in terms of involvement and commitment to H&S and project H&S related decisions of professionals (designers, project managers, quantity surveyors and engineers). They also pertain to contractor related aspects such as H&S management systems and leadership at all levels of management. In addition, contractors’ inadequacies of H&S management relative to workplace planning and materials related issues have continued to marginalise H&S performance in construction. The H&S leadership of key project leaders is very important in creating a culture of H&S in the workplace. This study examined the H&S management practices and leadership of the key project leaders that contribute to at-risk work practices or unsafe behaviour of workers. Presently, there is limited or no research in South African construction on how the H&S leadership of the key project leaders contributes to at-risk work practices or unsafe behaviour of workers. The methodology employed in the study included an extensive review of relevant literature, which enabled the field work to proceed unhindered. The quantitative survey and qualitative inquiry was conducted with the key construction participants in South African construction. Focus group discussions and interviews were used in a complementary manner. Accordingly, the sampling technique for the study comprised simple random and purposive sampling. The study revealed apparent poor leadership and lack of involvement and commitment to workers’ H&S by the key project leaders. Notably, there is statistical evidence of poor H&S management practices among contractors in terms of top management commitment to and involvement in project H&S. This statistical evidence includes poor H&S education and training of workers and lack of workers’ involvement and participation in H&S matters, which is the tenet of behaviour-based H&S anagement. The model of leadership influence on worker H&S behaviour developed in this research constitutes an innovative contribution to construction H&S performance improvement through a leadership-focused approach. The study has established a basic level of awareness and understanding among key project leaders in that their upstream decisions during the project planning and construction phases have significant influence on workers’ safe or unsafe behaviour or at-risk work practices. The study strongly advocates transparent leadership, ethical behaviour among clients in public and private sectors, designers’ critical H&S decisions, project managers’ and quantity surveyors’ commitment towards project H&S and contractors’ adoption and implementation of behaviour-based H&S management systems. The developed leadership influence model of worker H&S behaviour in the study provides a useful guide for the key project leaders to realise the desired H&S performance improvement in the South African construction industry.
- Full Text:
- Date Issued: 2014
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