Optimization of Construction Management: Leveraging Modern Methods in Sustainable Construction and Lightweighting

Abstract

Sustainability and project management are interrelated concepts that are highly significant in today's world. Sustainability is an emerging necessity in the fields of construction management, project management, and engineering. Optimizing construction management is particularly important in the construction industry today, drawing significant attention. With advancements in technology, there is an urgent need to adopt modern methods to achieve sustainable construction and lightweight designs. The rapid growth of urbanization in metropolitan areas brings with it a multifaceted set of challenges, including increased traffic congestion and environmental degradation. These challenges are inherently linked to the rising demand for engineering projects, particularly civil engineering initiatives. Construction management is a key area within the broader architecture industry that encompasses a variety of activities related to building and the associated management processes. A range of methods has been proposed to address the challenges faced in engineering projects of various sizes. These methods can be categorized as intelligent techniques, generally referred to as "smart techniques." Construction engineering management encompasses a wide range of activities, including pre-design, planning, construction, operation, and maintenance. Addressing these research gaps will contribute to a deeper understanding and more effective application of intelligent methods in construction. This paper examines the optimization of construction management, focusing on the use of modern techniques in sustainable and lightweight construction. The main objective of this research is to identify and analyze modern tools and techniques that can enhance the efficiency and sustainability of construction projects.