The Power of Solid Rock

The objective of this project is to plan and design a shoe manufacturing factory that is not only functional but also provides a high-quality, comfortable, and humane working environment for the employees. The factory will consist of an office, dormitory, and factory space, all designed in accordance with the core values of the shoe manufacturing industry, namely "strict control, excellence, environmental sustainability, and social friendliness". The owner's corporate philosophy will form the basis of the planning process, ensuring that the design reflects the enterprise's values and environmental sustainability goals. The spatial environment will be designed to positively impact the employees' physical and mental well-being, thus enhancing their productivity and job satisfaction. In this way, the project aims to promote a harmonious coexistence between the enterprise, society, and the environment, ensuring that the factory's operation does not negatively impact the environment or the local community. The result will be a factory that meets the functional requirements and promotes corporate responsibility, commercial value, and environmental preservation.



The building's exterior design reflects the company's "foamed soles" product line. Inside, the color scheme is based on the corporate color "blue," and the primary style is a simple industrial style that is currently popular. This design approach successfully showcases the company's product elements, core spirit, and fashionable taste. To ensure a comfortable and cool environment inside the factory, the design team introduced negative pressure ventilation. This system utilizes exhaust fans and extractors to discharge indoor humidity, heat, and pollutants outside the factory and maintain indoor air quality. Compared with ordinary factories, the negative pressure ventilation system can lower the factory temperature by 5-10 degrees. This project has been tested and proved to effectively improve the working environment and reduce the labor intensity of workers, ultimately enhancing work efficiency.