Shaheyuan Park

Shaheyuan Park has historically been an important waterway hub for wood transportation in Chengdu. In the 1950s, the urban construction of Chengdu brought with it increased waterway transportation activity.

Thousands of logs were transported by waterway day and night, which further promoted the unprecedented prosperity of Chengdu Wood Industry. In 1953, the Chengdu Log Yard was formally established, and in 1998, was officially renamed the Southwest Lumber Mill. However, the log market itself appeared inconsistent with the development of the city and its economy. A conflict arose between the spatial structure and the social environment, and the dispute between historical relics and development updates began, making the site an abandoned part of the city. In 2012, the renovation project in the north part of Chengdu began, and the Southwest Lumber Mill was moved out of the city. The original site was planned for redevelopment as an urban complex integrating residential, commercial and park spaces.

Shaheyuan Park first opened in June 2019, providing citizens with a new public open space. The project fully maximized and maintained the site’s cultural memory and preserved the original ecological environment, while integrating urban functions that adapt to modern lifestyles. Specifically, the project integrated the site’s wood culture into the design, reshaping the relationship between human and nature and creating a people-oriented, multi-functional space. Additionally, as part of the Jinjiang Greenway planning belt, the establishment of Shaheyuan Park is aligned with the development of continuous urban green infrastructure in Chengdu.

Design Goals

Based on the perspective of urban sustainability, the park’s design merged the site’s legacy, ecological and environmental management and integrated urban functions for modern lifestyles. The Shaheyuan Park project has retained the cultural memory of the Southwest Lumber Mill and successfully transformed the abandoned area into a unique, green space.

Design Concept

After fully researching the historical evolution of the lumber mill, the design team advocated a concept called “forest-wood-human.” In addition to reshaping the connection between the site’s memory and human interaction, the park’s design rebuilt an energetic space with unique cultural references to the site’s heritage.

Design Interventions

Wood was chosen as the main element of Shaheyuan Park’s design. Having witnessed the development and evolution of the site, wood represents the feelings and memories connected with the land. It is used in the narrative to translate the history and memory of the site. The evolution of the site, from being a historical water transportation hub to a lumber mill, was depicted through the wood succession transformation cycle called ”forest-lumber-transportation-processing-storage.” The relationship of “forest-wood-human” has also been infused into the park.

The design maximized the remaining railway that used to transport wood, connecting wood culture nodes and serving as a remembrance of the area’s transportation heritage. The park features a log-pile maze, log-pile entertainment park, river corridors for wood-storage and educational exhibits which provide natural play opportunities for park visitors. The wood framework preserves the site’s wood culture in another form, becoming a gathering space for neighboring residents, and serving as a connecting link between the past and future of Shaheyuan Park.

Reshaping the relationship between people and nature

Shaheyuan Park serves as an important node of the urban green corridor. The park’s design uses low-impact and low-intervention measures to optimize the original ecological environment. To preserve the existing mature trees along the riverbank, the riverside plant community was rehabilitated. This was done for the migratory corridor enhancement of native flora and fauna in line with the following four aspects: ecosystems, seasonal changes, spatial perspective and plant color.

In the aspect of water circulation: firstly, water from the Sha River was diverted to connect to the urban water system. Allowing water to enter and be retained in the site ― particularly during floods ― alleviates pressure on rivers and also reinstates the site’s previous floodplain function. Secondly, rainwater runoff goes through a bioswale, rain garden, ecological wetland and ecological stream to replenish the ecological lake, also ensuring that overflow water returning to the river is filtered and of higher quality. Additionally, the design of the underwater forest at the bottom of the lake provides the conditions for aquatic biodiversity and has both landscaping and ecological value.

Creating people-oriented and multi-functional space

In the past, vehicle-oriented urban development led to the northern municipal bridge mainly serving truck traffic. However, due to the transformation of the site function, the renovated bridge replaced the unnecessary vehicle lanes with bikeways and a pedestrian-friendly platform, adding green spaces and seats, while guiding pedestrians and cyclists into the park — creating a safe and comfortable repurposed gateway bridge.

In addition, during the functional transformation of the site, there is a trend that diversified and differentiated populations would gradually gather in the surrounding residential areas. Therefore, to satisfy the requirements from different groups of people, provisions are made for families, toddlers, children, elderly and adults throughout the park.

Every detail of the Shaheyuan Park project is based on the unique site history and the principle of sustainable development. By expressing unique characteristics with a special design developed from its historical legacy, It celebrates the value of wood, embraces a people-oriented philosophy and is blended with the rapid development of the city.

 

Taikang Southwestern Medical Center

Expected to open in 2023, Taikang Southwestern Medical Center is a healthcare-oriented mixed-use development project with a gross floor area of 250,000 square meters.

It includes a 900-bed hospital and a high-end senior living apartment complex with an area of 50,000 square meters. AECOM provided comprehensive design services for this project.

As a high-end international medical center serving Chengdu and Southwestern China, Taikang Southwestern Medical Center will be constructed and operated in accordance with China’s 3A hospital standards and international JCI certification standards, centralizing a comprehensive outpatient and emergency department, as well as a specialist center.

AECOM envisions healthcare beyond just buildings. The goal is not only to build state-of-the-art facilities, but also to work closely with the owners, partners and various teams to create a healing environment for patients and their families providing critical and thoughtful services. Based on the needs of the Chinese medical market, our team has been introducing advanced international concepts to help build people-oriented healthcare facilities in China.

 

Chengdu International Innovation Riverside City

Jointly developed by Chengdu High-tech Zone and AECOM, Chengdu International Innovation Riverside City incorporates the latest concepts in smart cities where the newest generation of information technology is applied to take advantage of the geography’s unique natural characters.

Adhering to the people-oriented planning principle, AECOM is committed to building a sustainable, world-class innovation center that foster a high-quality living environment.

Located in the urban-rural junction of West Chengdu where three major rivers collate, the Riverside City is a 74-square-km (18,285 acres) area that are homes to many top academic institutions, manufactures, R&D centers, as well as high-tech companies including Huawei, Foxconn, and Lenovo. To attract international calibers, AECOM created for this City an innovation ecosystem supported by “education-talent ties” based on the local development policy of “One School One Zone”, helping R&D enterprises to better utilize the scientific research capability and education from UESTC (University of Electronic Science and Technology of China) to allow for the future development of a regional electronics industry.

The newly designed city layout accompanying roads and transport system with landscaped avenues and parks with unique characters makes visiting the waterfront space in the City much more convenient and enjoyable. The improvements in transportation networks also included a new tram line that connects the university campus to off-campus facilities that further helped to create an integrated community for the people in the City to enjoy working and living in the area.

Fundamentally, AECOM remodeled Chengdu’s water system to make it more harmonious with the urban space, presenting a marvelous layout of well-designed open space and well-spaced buildings. Strategically, both the buildings and the public space are oriented to the waterfront space to maximize the effect of the water system. Furthermore, the design emphasized the importance of adapting to urban climate and combined the traditional corridor space with the building to provide people with a more comfortable gray space.

Last but not least, the comprehensive “Smart City Framework” developed by AECOM provided the flexibility to allow for future smart infrastructure and various smart technologies to continuously improve the quality of life the City could provide.

Awards:

  • APA 2018 TECHNOLOGY DIVISION SMART CITIES AWARD – URBAN ANALYTICS, American planning association technology division