The orientation signage system of Songshan Lake Science Park, with "nature + science + art" as its core, aims to guide visitors in exploring the integration of science and nature. The design objective is to enhance the visitor experience, integrating science education into the tour process. The background is based on the important position of Songshan Lake Science City and the multifunctional orientation of the park.The signage system incorporates innovative design elements such as "scientific notes" and the "periodic table of elements," combined with modular forms, showcasing the infinite combinations of technology and resources. This embodies the innovative application of new materials and technologies in orientation signage.The signage system emphasizes safety, ensuring that the information is clear and easy to understand; it also considers health by selecting environmentally friendly materials. In terms of usability, it guides visitors to explore with ease through intuitive design, reflecting humanistic care for visitors.The signage system, inspired by "scientific notes," mimics the flipping and recording of pages in its form, harmoniously blending with the natural landscape of the park to showcase a unique formal beauty. Functionally, it not only accurately indicates directions but also stimulates visitors' curiosity for exploration through scientific elements such as the "periodic table of elements," achieving a unity of functionality and aesthetics, reflecting functional beauty. In terms of material selection, durability and environmental friendliness are considered, such as using corrosion-resistant and recyclable materials, highlighting the beauty of materials. In craftsmanship, every detail is meticulously polished to ensure smooth edges and uniform color of the signs, showcasing the beauty of craftsmanship. The beauty of technology is reflected in the modular design, which facilitates quick installation and replacement.During the design phase, the signage system takes environmental factors into account by selecting recyclable or low-impact materials and reducing energy consumption. Additionally, the modular design facilitates maintenance and updates, lowering material and energy costs in long-term operations, which demonstrates a strong emphasis on environmental protection.