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ABSTRACT
The construction industry is evolving rapidly, with significant improvements in energy efficiency, indoor air quality, technology, virtual design and construction, sustainability, and building automation and controls. The successful implementation of mechanical, electrical, and plumbing (MEP) systems in construction projects is critical to creating a comfortable and habitable environment for building occupants. MEP systems can also account for a significant percentage of the total project cost, often accounting for 40% or more. Therefore, it is imperative to continuously assess the educational needs of future construction managers who will manage the MEP scope amid constant change. It is essential to provide future construction managers with a more comprehensive awareness of the basics and applications of MEP systems. The complexity and difficulties encountered by construction managers in dealing with MEP systems have led to a significant gap between the amount of MEP content covered in construction management programs and its significance in construction projects nationwide. To keep pace with the industry's mounting challenges and advancements with more integrated MEP systems, higher education must give high priority to curriculum improvements. This case study examines the growing importance of integrated MEP systems and the demand for incorporating additional MEP education into construction management (CM) curricula. A thorough analysis of current CM programs and industry trends is conducted. After analyzing multiple plans of study, tentative findings reveal an urgent need for additional MEP content. A significant gap exists between program content and industry demands, leading to a clear disconnect. In response, we suggest a range of strategies for enhancing the curriculum, including organizing professional development programs for faculty members, establishing collaborations and creating partnerships with industry leaders, facilitating hands-on learning experiences, and integrating emerging technologies to effectively bridge the gap.
INTRODUCTION
Will the next generation of construction managers be ready and equipped to navigate the complex network of mechanical, electrical, and plumbing (MEP) systems? Rapid technological, environmental, and societal changes have transformed the construction industry. The industry's advancements are bringing fresh approaches to energy efficiency, sustainability, indoor air quality, virtual design, building automation, and construction technology. These changes are driven by the increasing complexity and sophistication of MEP systems. The importance of these systems for the building's comfort, functionality, and habitability cannot be overstated. MEP system costs can vary...