Abstract: The development strategy of industrial transformation and upgrading has expedited the transition of China's high-precision and cutting-edge enterprises， along with R&D platform development， toward high-end innovative orientations. However， contemporary high-tech industrial parks are confronted with dual challenges of obsolete spatial carrying capacity and innovation vitality deficit. This research investigates the symbiotic design strategies of "Modular Construction" and "Garden-Courtyard Isomorphism"， which aim to elevate the developmental quality of high-tech industrial communities through dual dimensions of industrial requirements and human-centered experiential design. Practice has shown that the collaborative design of modular control and garden construction can achieve the objectives of low-cost， rapid， and high-quality construction of the park，creating a biopharmaceutical science and technology industrial community with a "life" structure and "vitality" quality.