A Study on Sustainable Development Strategies in Engineering Management under the Context of Green Buildings

Abstract

Against the backdrop of global energy shortages and increasing ecological pressures, green buildings have become an important direction for the development of the construction industry. As a core link in construction activities, engineering management plays a crucial supporting role in promoting sustainable development. Based on the core concepts and evaluation system of green buildings, this paper analyzes the connotations and development trends of engineering management in terms of resource utilization, environmental optimization, and informatization application, and further explores the logic of integration between the two in concepts, methods, and objectives. On this basis, the study examines the key elements of sustainable development in engineering management, including resource utilization efficiency and life-cycle management, environmentally friendly construction technologies and material selection, as well as intelligent monitoring and informatized collaborative management. Finally, the paper proposes optimization strategies for engineering management oriented toward sustainable development, emphasizing the reconstruction of organizational models through systems thinking, dynamic control of quality and risk throughout the entire process, and innovation-driven continuous improvement under multidimensional collaboration, in order to promote the efficient and sustainable operation of green building projects in complex environments. The research results provide theoretical support and methodological reference for the deep integration of green buildings and engineering management.