Group 1 - The core viewpoint emphasizes the importance of major technological infrastructure in driving technological innovation and development, particularly in the context of China's strategy to become a technology powerhouse [1] - Shenzhen is actively implementing the national strategy by deepening reforms in the scientific and technological system, and focusing on education, talent, and innovation-driven development [1] - The Harbin Institute of Technology (Shenzhen) key laboratory cluster project has recently been completed, covering a total construction area of approximately 180,900 square meters, consisting of 5 national key laboratories and 3 key laboratories led by academicians [1] Group 2 - The project is strategically located near Shenzhen Metro Line 7 and the under-construction Line 27, presenting challenges due to complex geological structures and limited space for construction [3] - The construction team has established four task forces to address challenges through meticulous planning, employing innovative techniques such as double-row piles and construction bridges to maximize operational space [3] - Six tower cranes are efficiently managing the logistics, achieving a daily material dispatch of 3,000 tons [3] Group 3 - The project includes a total of 830 foundation piles, with 167 concrete piles having a diameter of 1.6 meters and a depth of 27 meters, capable of supporting a load of 49,000 kN, equivalent to the weight of 3,200 family cars, which is three times the load-bearing capacity of ordinary piles [5] - To ensure the stability of the complex foundation, the project team has set up 143 monitoring points to collect over 100,000 data sets in real-time, allowing for a visualized model to guide construction [5] - Innovative new steel-concrete composite components have been developed to enhance load-bearing capacity, with wall compressive strength increased by 40% through optimized material ratios [5]