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Aghimien, D O, Ikuabe, M, Aigbavboa, C, Oke, A and Shirinda, W (2021) Unravelling the factors influencing construction organisations’ intention to adopt big data analytics in South Africa. Construction Economics and Building, 21(03), 262-81.
- Type: Journal Article
- Keywords: reliability; construction project; project delivery; service delivery; South Africa; quantitative research
- ISBN/ISSN:
- URL: https://epress.lib.uts.edu.au/journals/index.php/AJCEB/article/view/7634
- Abstract:
The construction industry has been producing massive data that can be transformed for improved decision-making and better construction project delivery. However, the industry has been adjudged as a slow adopter of digital technologies such as big data analytics (BDA) to improve its service delivery. The implication of this slow adoption is the lack of innovativeness and unsustainable project delivery that has characterised the industry in most countries, particularly in developing ones like South Africa. Therefore, this study assessed the intention to adopt BDA by construction organisations using the unified theory of technology adoption and use of technology (UTAUT) model. A post-positivism philosophical stance was employed, which informed the use of quantitative research with a questionnaire designed to solicit information from construction organisations in South Africa. Data analysis was done using Cronbach alpha to test for reliability and Fuzzy Synthetic Evaluation to evaluate the impact of the different constructs of the UTAUT on the adoption of BDA by construction organisations in South Africa. The study found that variables relating to facilitating conditions, performance expectancy, and social influence will significantly impact an organisation’s intention to adopt BDA. However, issues surrounding effort expectancy, resistance to use, and perceived risk cannot be overlooked as they also have high impact levels. The study provides an excellent theoretical and practical contribution to the existing discourse on construction digitalisation.
Ahmed, V, Saboor, S, Almarzooqi, F A, Alshamsi, H A, Alketbi, M A and Al Marei, F A (2021) A comparative study of energy performance in educational buildings in the UAE. Construction Economics and Building, 21(03), 33-57.
Al-Hamadani, S, Egbelakin, T, Sher, W and Von Meding, J (2021) Drivers of applying ecological modernization to construction waste minimization in New South Wales construction industry. Construction Economics and Building, 21(03), 80-104.
Aslam, M, Gao, Z and Smith, G (2021) Development of lean approaching sustainability tools (LAST) matrix for achieving integrated lean and sustainable construction. Construction Economics and Building, 21(03), 176-97.
Demirkesen, S, Sadikoglu, E and Jayamanne, E (2021) Assessing psychological safety in lean construction projects in the United States. Construction Economics and Building, 21(03), 159-75.
Isa, S S M and Abidin, N Z (2021) Eco-innovation adoption in Malaysian contractor firms: Understanding the components and drivers. Construction Economics and Building, 21(03), 221-42.
Khalil, A, Rathnasinghe, A P and Kulatunga, U (2021) Challenges to the implementation of sustainable construction practices in Libya. Construction Economics and Building, 21(03), 243-61.
Mossman, A and Sarhan, S (2021) Synchronising off-site fabrication with on-site production in construction. Construction Economics and Building, 21(03), 122-41.
Power, W, Sinnott, D and Lynch, P (2021) Evaluating the efficacy of a dedicated last planner® system facilitator to enhance construction productivity. Construction Economics and Building, 21(03), 142-58.
Sarhan, S and Pretlove, S (2021) Lean and sustainable construction: State of the art and future directions. Construction Economics and Building, 21(03), 1-10.
Smitha, J S and Thomas, A (2021) Integrated model and index for circular economy in the built-environment in the Indian context. Construction Economics and Building, 21(03), 198-220.
Stefańska, A, Cygan, M, Batte, K and Pietrzak, J (2021) Application of timber and wood-based materials in architectural design using multi-objective optimisation tools. Construction Economics and Building, 21(03), 105-21.
Wandahl, S, Pérez, C T, Salling, S, Neve, H H, Lerche, J and Petersen, S (2021) The impact of construction labour productivity on the renovation wave. Construction Economics and Building, 21(03), 11-32.
Zighan, S and Abualqumboz, M (2021) A project life-cycle readiness approach to manage construction waste in Jordan. Construction Economics and Building, 21(03), 58-79.