A model for green IT strategy : a content analysis approach
- Authors: Du Preez, Riekert
- Date: 2010
- Subjects: Information technology -- Environmental aspects , Green technology -- South Africa , Strategic planning , Climatic changes , Green movement
- Language: English
- Type: Thesis , Masters , MBA
- Identifier: vital:8630 , http://hdl.handle.net/10948/1485 , Information technology -- Environmental aspects , Green technology -- South Africa , Strategic planning , Climatic changes , Green movement
- Description: Society’s reliance on Information Technology (IT) has increased tremendously in the last few decades. Unfortunately, the growth of the IT sector has occurred at the expense of the environment. The adverse environmental impact of IT operations is partly due to the production and disposal of IT equipment, which can result in harmful pollution and toxic materials being released into the environment. Furthermore, IT equipment consumes large amounts of electricity, and this results in significant amounts of carbon dioxide (CO2) being released into the atmosphere. Since CO2 is classified as a greenhouse gas, it contributes to the phenomenon of climate change. Organisations are socially and ethically required to minimise the environmental impact of their IT operations. However, in addition to fulfilling their responsibility towards environmental sustainability, organisations can gain a competitive advantage through adopting green IT practices. In order to reap the benefits of green IT and to fulfil their social and ethical responsibilities, organisations need to formulate and implement a comprehensive green IT strategy. When formulating strategic decisions, the use of a clear decision process enhances the effectiveness of such decisions. As a result, top IT management require a model or framework which could guide their thinking and allow for a clear decision process when formulating green IT strategy. However, after an extensive search of the literature had been conducted, a research gap was identified for the definition of a model which deals specifically with the formulation and execution of green IT strategy. As a result, this treatise sets out to answer the question of what organisations should consider when formulating and implementing green IT strategy. To answer the research question, the treatise defines a model for green IT strategy. The model was defined by conducting a content analysis of the literature on green IT. The content-analysis ABSTRACT iii research technique was utilised to identify the underlying concepts within the literature related to green IT strategy formulation and execution. The resulting model indicates that green IT strategy formulation requires holistic thinking, since several forces affect green IT strategy. As a result, these forces should be considered when a green IT strategy is to be formulated. However, even if a strategy is formulated by considering all the forces at play, it is of little use if it is not implemented effectively. The model indicates that green IT strategy should be implemented though a series of practices. These practices are not limited to IT practices alone, but include, in addition, several business practices. This indicates that green IT adoption extends far beyond the mere implementation of green technology.
- Full Text:
- Date Issued: 2010
- Authors: Du Preez, Riekert
- Date: 2010
- Subjects: Information technology -- Environmental aspects , Green technology -- South Africa , Strategic planning , Climatic changes , Green movement
- Language: English
- Type: Thesis , Masters , MBA
- Identifier: vital:8630 , http://hdl.handle.net/10948/1485 , Information technology -- Environmental aspects , Green technology -- South Africa , Strategic planning , Climatic changes , Green movement
- Description: Society’s reliance on Information Technology (IT) has increased tremendously in the last few decades. Unfortunately, the growth of the IT sector has occurred at the expense of the environment. The adverse environmental impact of IT operations is partly due to the production and disposal of IT equipment, which can result in harmful pollution and toxic materials being released into the environment. Furthermore, IT equipment consumes large amounts of electricity, and this results in significant amounts of carbon dioxide (CO2) being released into the atmosphere. Since CO2 is classified as a greenhouse gas, it contributes to the phenomenon of climate change. Organisations are socially and ethically required to minimise the environmental impact of their IT operations. However, in addition to fulfilling their responsibility towards environmental sustainability, organisations can gain a competitive advantage through adopting green IT practices. In order to reap the benefits of green IT and to fulfil their social and ethical responsibilities, organisations need to formulate and implement a comprehensive green IT strategy. When formulating strategic decisions, the use of a clear decision process enhances the effectiveness of such decisions. As a result, top IT management require a model or framework which could guide their thinking and allow for a clear decision process when formulating green IT strategy. However, after an extensive search of the literature had been conducted, a research gap was identified for the definition of a model which deals specifically with the formulation and execution of green IT strategy. As a result, this treatise sets out to answer the question of what organisations should consider when formulating and implementing green IT strategy. To answer the research question, the treatise defines a model for green IT strategy. The model was defined by conducting a content analysis of the literature on green IT. The content-analysis ABSTRACT iii research technique was utilised to identify the underlying concepts within the literature related to green IT strategy formulation and execution. The resulting model indicates that green IT strategy formulation requires holistic thinking, since several forces affect green IT strategy. As a result, these forces should be considered when a green IT strategy is to be formulated. However, even if a strategy is formulated by considering all the forces at play, it is of little use if it is not implemented effectively. The model indicates that green IT strategy should be implemented though a series of practices. These practices are not limited to IT practices alone, but include, in addition, several business practices. This indicates that green IT adoption extends far beyond the mere implementation of green technology.
- Full Text:
- Date Issued: 2010
Strategic management guidelines for construction SMEs in the Eastern Cape
- Authors: Appels, Gaynor
- Date: 2010
- Subjects: Construction industry -- Management , Strategic planning
- Language: English
- Type: Thesis , Masters , MBA
- Identifier: vital:8663 , http://hdl.handle.net/10948/1414 , Construction industry -- Management , Strategic planning
- Description: SMEs fulfil an important role in the long-term growth and development of the economy of the country. The development and growth of construction SMEs are important for all countries, as a strong SME base has the capacity to produce a high-quality infrastructure for the country. Construction SMEs also stimulate economic activity in other sectors of the economy. Research has, however, shown that the failure rate of small businesses within the first five years is high in South Africa. Reseatch has also indicated that the lack of long-term planning and the lack of strategic thinking are major contributing factors to the business failure of SMEs. SMEs operating in the construction industry are faced with the same challenges as their counterparts in other sectors of the economy, but in addition to those difficulties, construction SMEs also have to deal with the unique characteristics of the industry that have adverse implications for them. The construction industry has experienced considerable growth and success, in the past decade, particularly as a result of the government's considerable infrastructural spending, especially in the run-up to the 2010 FIFA World Cup. The growth in the construction industry has, however, not resulted in similar results for Construction SMEs; and research has shown that most of them have not developed into more established entities. In fact, in the Eastern Cape, 91 per cent of all registered contractors fall within the lowest level of the Construction Industry Development Board's classification system. Many construction SMEs perform poorly, but among them there are those that have the potential to grow and develop into larger more established entities. Research has shown that contractor development programmes aimed at assisting the growth and development of construction companies have been successful in increasing participation in the industry, but not in ensuring that small enterprises grow into self-sustainable established enterprises. In contrast, the research has shown that SMEs that practice strategic management perform better, and that there are many advantages for SMEs in applying strategic management principles. This study, therefore, investigates how strategic management can be applied to address the problems faced by construction SMEs, and to exploire techniques and tools of strategic management that can make a significant contribution to their growth and development.
- Full Text: false
- Date Issued: 2010
- Authors: Appels, Gaynor
- Date: 2010
- Subjects: Construction industry -- Management , Strategic planning
- Language: English
- Type: Thesis , Masters , MBA
- Identifier: vital:8663 , http://hdl.handle.net/10948/1414 , Construction industry -- Management , Strategic planning
- Description: SMEs fulfil an important role in the long-term growth and development of the economy of the country. The development and growth of construction SMEs are important for all countries, as a strong SME base has the capacity to produce a high-quality infrastructure for the country. Construction SMEs also stimulate economic activity in other sectors of the economy. Research has, however, shown that the failure rate of small businesses within the first five years is high in South Africa. Reseatch has also indicated that the lack of long-term planning and the lack of strategic thinking are major contributing factors to the business failure of SMEs. SMEs operating in the construction industry are faced with the same challenges as their counterparts in other sectors of the economy, but in addition to those difficulties, construction SMEs also have to deal with the unique characteristics of the industry that have adverse implications for them. The construction industry has experienced considerable growth and success, in the past decade, particularly as a result of the government's considerable infrastructural spending, especially in the run-up to the 2010 FIFA World Cup. The growth in the construction industry has, however, not resulted in similar results for Construction SMEs; and research has shown that most of them have not developed into more established entities. In fact, in the Eastern Cape, 91 per cent of all registered contractors fall within the lowest level of the Construction Industry Development Board's classification system. Many construction SMEs perform poorly, but among them there are those that have the potential to grow and develop into larger more established entities. Research has shown that contractor development programmes aimed at assisting the growth and development of construction companies have been successful in increasing participation in the industry, but not in ensuring that small enterprises grow into self-sustainable established enterprises. In contrast, the research has shown that SMEs that practice strategic management perform better, and that there are many advantages for SMEs in applying strategic management principles. This study, therefore, investigates how strategic management can be applied to address the problems faced by construction SMEs, and to exploire techniques and tools of strategic management that can make a significant contribution to their growth and development.
- Full Text: false
- Date Issued: 2010
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