Core Insights - The article highlights the transformation of old residential communities in Wuhan, emphasizing the role of modern urban space designers like Tang Zhiqiang and his team at Zhongyu International Engineering Design Co., Ltd. in revitalizing these areas to meet the public's expectations for a better life [1][4]. Group 1: Company Achievements - Tang Zhiqiang's team won the second prize at the Fourth Wuhan University Student "Hero Cup" Innovation and Entrepreneurship Competition with their one-stop solution for the renovation of small and medium-sized old residential communities [5]. - The company has integrated a full-process "one-stop service" to address industry pain points such as inefficient multi-party coordination, leading to increased collaboration opportunities with local and surrounding cities after the competition [5]. - The team has achieved significant financial success, with expected contract amounts surpassing 130 million yuan and annual revenue exceeding 70 million yuan in 2023 [5]. Group 2: Technological Innovations - The company has developed a data cleaning system based on drone surveying to enhance modeling efficiency and accuracy, addressing the issue of chaotic data in early renovation projects [6][7]. - The team successfully saved over 30 million yuan during the renovation of the historic Xunlimen Hotel by implementing a comprehensive data model that streamlined various renovation processes [6]. Group 3: Community-Centric Approach - The renovation projects prioritize resident satisfaction, with a focus on understanding and integrating the community's needs into the design process, as demonstrated in the Dongting Community project [8][9]. - The company has completed over 500 renovation projects in the past five years, consistently applying a model of early design engagement and ongoing service to ensure community needs are met [9]. - The transformation of these old communities aims to create clean, safe, and livable environments, contributing to the overall improvement of urban living conditions [9].