Wayfinding Signage System Design for Shenzhen Talent Park

Wayfinding Signage System Design for Shenzhen Talent Park
Brand Name:南山区城管局
Design Company Name:深圳市上行线设计有限公司
Nationality / Region:China
Entry ID:2025-07-9196207
Entry Category:Product_Group
Categories:Public Facilities
Introduction
The Shenzhen Talent Park Orientation Signage System, centered around the core design concept of "Ecological Growth," integrates coastal natural elements with the theme of talent to create a vibrant visual language. Located in a significant public space in Shenzhen, this system not only enhances the functionality and aesthetics of the park but also showcases the city's cultural confidence, fostering social value and commercial potential.This work adopts a modular design, flexibly addressing the needs for information updates and maintenance, embodying the application of new technologies in the signage system. Meanwhile, by integrating coastal natural elements with modern design techniques, it showcases the innovative application of new materials and technologies in public spaces.The signage system focuses on user experience, with clear information hierarchy that meets the orientation needs of different groups, reflecting humanistic care for users. Meanwhile, material selection and process treatment both take environmental and health factors into consideration, ensuring safety and health during long-term use.The form of the signage draws inspiration from the natural curves of the coastline and plant growth, with a bright color scheme that enhances environmental recognition, embodying a combination of formal beauty and functional beauty. Material selection emphasizes texture and environmental protection, with meticulous craftsmanship showcasing the beauty of materials and workmanship. The modular design and intelligent information updating technology embody the beauty of technology.In the design process, this work fully considers environmental protection factors. Modular design is adopted to reduce material waste and improve resource utilization efficiency. Meanwhile, eco-friendly materials and energy-saving technologies are selected to lower energy consumption and environmental pollution, demonstrating a commitment to sustainable development.
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