Optimizing Construction Management and Workflow Integration through Autonomous Robotics for Enhanced Productivity Safety and Precision on Modern Construction Sites

Abstract

The construction industry is experiencing a technological transformation with the integration of robotics, fundamentally altering traditional construction management and process design. This review explores the role of construction robots in enhancing productivity, safety, and efficiency on construction sites. It examines the various types of robots used, such as bricklaying and welding robots, and analyzes their functions and real-world applications. The paper also addresses the design of workflows and processes around robots, highlighting the challenges and strategies involved in adapting construction projects to a robot-centric approach. Additionally, the impact of robotics on construction management, including shifts in roles, cost efficiency, and collaboration between humans and robots, is thoroughly explored. The review concludes by identifying future trends, challenges, and opportunities in the field of construction robotics, along with relevant policy and regulatory considerations. This paper aims to provide insights into how construction management must evolve to successfully integrate robots, leading to a more efficient, cost effective, and safe construction environment.