Super Park Complex حديقة علمية by Made Make Architects

Super Park Complex حديقة علمية by Made Make Architects is a highly esteemed winner of the very prestigious 2026 جائزة A' Design Award البرونزية in تصميم العمارة والمباني والهياكل Competition Category.

برونزالعمارة· 2026

Super Park Complex حديقة علمية

by Made Make Architects

Client: MadeMake Shenzhen Architectural Design and Consultant Co.Ltd

جائزة A' Design Award البرونزية Winner in العمارة Category

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Verified Award Winner

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View at A' Design Award Press Release Award Badge

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The Design

About Super Park Complex حديقة علمية

مجمع سوبر بارك هو حديقة علمية شُيّدت على موقع جبلي في مدينة تشونغتشينغ بالصين. يمتد المجمع على مساحة 240000 متر مربع، وقد نُظّم في ست مناطق وظيفية مترابطة مخصصة للعمل والسكن والترفيه. تربط ممرات معلقة بين هذه المناطق، فيما تدعم المساحات الخضراء العامة التفاعل المجتمعي. استُخدمت في المشروع مواد محلية معاد تدويرها، وهياكل فولاذية مسبقة الصنع ذات نظام وحدات معيارية، وأنظمة تخضير عمودي. تتجاوز نسبة الغطاء الأخضر 60 بالمائة، وتتحكم تدابير المدينة الإسفنجية في 85 بالمائة من مياه الجريان السطحي. يجمع التصميم بين التقنية والطبيعة في مجتمع واحد.

The Recognition

About the جائزة A' Design Award البرونزية

Super Park Complex حديقة علمية هو فائز بجائزة A' Design Award البرونزية، وهي تقدير رفيع المكانة يُمنح للتصاميم المتميزة التي تتسم بالإبداع والبراعة وحدة الذكاء. والفائزون بالبرونزية مصنوعات بارعة بوفرة ومبدعة بصورة لافتة، تؤكد الخبرة الواسعة والخيال وسعة الحيلة لدى مصمميها. ويُتوقع أن يكون Super Park Complex حديقة علمية قطعة عالية التقدير ومحل إعجاب وحب، شديدة الاحترافية والابتكار. وهذا التصميم الفائز بجائزة A' Design Award البرونزية يتبنى أفضل الممارسات في الفن والعلم والتصميم والتكنولوجيا، ويتميز بعنايته بالتفاصيل. ويلبّي Super Park Complex حديقة علمية الاحتياجات على أفضل وجه، ويلامس الرغبات، ويأسر المشاعر، ويستثير الفضول.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: This design redefines the concept of a science park by merging technological innovation with ecological and cultural elements. Its strength lies in the integration of six interrelated functional zones that create a self sustaining ecosystem. Unlike conventional industrial zones, this project blurs the boundaries between living, working, and leisure, forming a dynamic community rather than a segmented complex.
Dimensions & Packaging: The project covers a site area of 240000 square meters and includes multiple building types with variable FARs ranging from 1.2 to 3.5. Green coverage exceeds 60 percent with sponge city measures achieving 85 percent runoff control. Vertical greening systems reduce the heat island effect, and smart logistics systems support underground operation. Carbon sequestration reaches 12 Kilograms per square meter per year, and system interaction delays stay under 50 ms.
Tags: Green Island College, Local Culture, Natural Symbiosis, Hyperchain Community, Multiple Compound, Habitat Mode
Production Technology: The project utilizes recycled local materials, modular prefabricated steel structures, and vertical greening systems. Advanced technologies such as RFID carbon tracking, bioswale rainwater recycling, and algae based carbon dioxide absorption were integrated. Aerial corridors and sponge city infrastructure enhance mobility and sustainability. Design development was supported by parametric modeling and iterative cross disciplinary coordination.
Design Challenge: The greatest challenge was reinterpreting the traditional science park under the constraints of mountainous terrain, fragmented land parcels, and high density demands. Balancing ecological preservation with intensive urban development required innovations in spatial organization, lightweight construction, and cross domain collaboration. The project overcame limitations in landform, policy, and material logistics through adaptive, low carbon, and modular solutions.
Research: This is an applied urban research project aiming to prototype a science ecology community integrated park model. Using mixed methods including spatial simulation, stakeholder interviews, environmental modeling, and digital design tools, the team involved designers, engineers, and planners. Results show optimized land use, improved biodiversity, and increased community interaction. The model contributes to sustainable urban policy, modular construction, and urban-rural integration practices.
Inspiration: This project is inspired by the vision of building a future oriented urban ecology that integrates technology, nature, and human life. Drawing from the unique mountainous terrain and cultural heritage of the region, the design concept reimagines the industrial park typology by transforming it into a vibrant, multifunctional community. The core idea of architectural parkification and park architecturalization reflects a shift toward inclusive and sustainable urban development.
Project Duration: The project started in January 2023 in Chongqing, China and finished in December 2024.
Operation Flow: This urban complex operates as a multidimensional ecosystem where foot traffic, information, and energy flow through integrated spaces. Aerial pathways connect functional areas, while public green spaces invite community interaction. Residents and workers navigate effortlessly through interlinked nodes that combine nature with technology, enabling spontaneous collaboration, learning, and recreation throughout the day.
Team Members: Designer：Chai Sheng
Designer：Tan Wei
Designer：Li Weihao
Designer：Teng Jiayi
Designer：Liang Liguo
Designer：Liu Liang
Designer：Huo Zhaoyun
Designer：Jing Hua
Designer：Wu Qi
Image Credits: Image #1: Photographer Mademake, Super Park Complex, 2024.
Image #2: Photographer Mademake, Super Park Complex, 2024.
Image #3: Photographer Mademake, Super Park Complex, 2024.
Image #4: Photographer Mademake, Super Park Complex, 2024.
Image #5: Photographer Mademake, Super Park Complex, 2024.