,
menadžment, Military Academy, University of Defense in Belgrade , Beograd , Serbia
,
Occupational Safety , Faculty of Occupational Safety , Faculty of Occupational Safety , Niš , Serbia
engineering management, Faculty of Information Technology and Engineering, Union - Nikola Tesla University , Beograd , Serbia
The construction industry, as a significant and expansive sector of the global economy, is distinguished by a high level of market risk and competitiveness. In such a demanding environment, construction firms must effectively identify and address emerging needs and challenges in order to enhance their visibility in both domestic and international markets, optimize revenue generation, and minimize operational costs. To manage risk effectively and improve key performance areas such as operational efficiency, inter-organizational collaboration, supply chain management, and the adoption of innovative solutions, one of the relevant strategic instruments is the implementation of the international standard ISO 50001. This standard provides a comprehensive framework for the development and application of systematic energy management practices. Through the adoption of ISO 50001, construction companies are better equipped to comply with environmental regulations, particularly those concerning carbon emissions, thereby enhancing their energy efficiency and overall organizational performance.
The statements, opinions and data contained in the journal are solely those of the individual authors and contributors and not of the publisher and the editor(s). We stay neutral with regard to jurisdictional claims in published maps and institutional affiliations.
