Business Sustainability Through Technology Management Approach for Construction Company

Abstract

Throughout the decades, the construction industry was suffered for its business sustainability, mainly due to its complexity by nature that results in poor productivity, across the industry. This can be improved through implementing of Technology Management the innovative ways, which consists of Knowledge Management, Building Information Modelling, block-chain technology and e-procurement, throughout pre-and post-contract implementation stages that involve the function of Design, Procure, Execution, and Commissioning; as well as applications on the existing building, for the benefits to ease of building maintenance, and life-savings shall there be any disaster. Building Information Modelling not being applied as technology by itself, but also as a platform to improve interactions among stakeholders. This paper aims to emphasize on the external as well as internal factors that influence the business transformation towards Technology Management, and its contribution on construction business sustainability. Particularly, to discuss the benefits and contribution on the electronics-Procurement implementation, the failure factors were also being discussed; then the importance of company's knowledge culture that creates a knowledge sharing environment for better information sharing and system implementation; lastly, to discuss how innovation approach by integrating Block-Chain Technology and Building Information Modelling enhance the construction company's competitiveness within the industry, for sustainability grow.

Optimizing wildlife protection through a Markov model and genetic algorithms: a long-term predictive study

“…We use genetic algorithms to compare the different policies and management models we put forward, and simulate their future development trends, so that we can get more reasonable results and predict the changes in the number of wild animals in the future, thus proving the effectiveness of our methods from these aspects. [7][8][9][10] We will analyze the number of wild animals before and after optimization, and also make judgments based on the interaction between animals and people, as shown in Figure 3, 4, 5 and 6. It can be seen that the protection effect of wild animals after optimization will be better, and we can also compare different types of methods.…”