Core Viewpoint - The "Nanwang Anlan" social practice team from Hebei University of Geosciences focuses on deep foundation pit construction safety and its impact on residents' daily lives during their summer practice in Shijiazhuang's Metro Line 4 construction site [1][6]. Group 1: Construction Safety - Deep foundation pit construction is identified as a high-risk area in subway construction, directly affecting both engineering quality and the safety of surrounding residents [3]. - The team utilized professional equipment such as laser rangefinders and total stations to measure key indicators like support structure stability and nearby building settlement, discovering localized micro-deformation on the northwest side of the pit [3]. - The team promptly recommended increasing the frequency of support axial force monitoring and adding tilt monitoring points, which the construction party adopted to enhance safety measures [3]. Group 2: Technological Innovation - The team proposed an innovative "IoT + AI" smart monitoring solution that upgrades data collection through the installation of micro smart sensors and incorporates an AI analysis platform for intelligent data assessment [5]. - This approach not only reduces construction costs but also significantly enhances safety warning capabilities, paving the way for smart construction site development [5]. Group 3: Community Impact - The team conducted a special survey on the impact of construction on local residents, finding that construction barriers significantly increased congestion during peak hours [6]. - They collaborated with traffic management departments to propose solutions such as optimizing temporary lane divisions and dynamically adjusting traffic light timings to alleviate traffic pressure [6]. - To address residents' complaints about nighttime construction noise, the team set up multiple monitoring points to record decibel levels over 72 hours and gathered data from 129 effective questionnaires, leading to adjustments in work hours and the installation of sound barriers [6]. Group 4: Educational Value - The team recognized the close relationship between professional learning and social responsibility, completing a report that provided scientific evidence for construction safety and served as a practical example of educational integration [8]. - The practice reflects the university's "Red Shine Double Land" party-building project, demonstrating the integration of professional practice with ideological education and showcasing the commitment of the youth to national development [8].

Core Viewpoint - The event held in Yantai aims to promote the construction of smart construction sites and establish a unified regulatory system for smart construction across the province, aligning with national policies on urban infrastructure development [1][2]. Group 1: Event Overview - The event took place from July 8 to 9, focusing on "Technology Empowering Smart Regulation" [1]. - Participants observed the implementation of smart construction at specific projects in Yantai, including the urban expressway and residential developments [1]. - Experts from top universities and leading industry enterprises shared insights on digital transformation in construction, covering various aspects such as smart design, construction, operation, detection, and regulation [1]. Group 2: Yantai's Smart Construction Initiatives - Yantai has developed a comprehensive smart construction site regulatory platform that integrates dynamic control of major projects, intelligent early warning, personnel management, and environmental monitoring [2]. - A total of 548 star-rated smart construction sites have been established, including 406 one-star, 97 two-star, and 45 three-star sites, achieving "zero-run" approval processes and "around-the-clock" supervision [2]. - The city plans to leverage the event to enhance its smart construction initiatives and contribute to the high-quality development of the province's construction sector [2].