Technology Museum Exhibition Hall

Technology Museum Exhibition Hall

Technology Museum Exhibition Hall is a large-scale interior space and exhibition design project that exemplifies the integration of advanced computational design methodologies, innovative material applications, and sophisticated spatial planning within contemporary museum architecture, specifically developed for the Henan Science and Technology Museum in Zhengdong New District, Zhengzhou City, China. This exhibition hall represents a significant achievement in public welfare architecture, encompassing approximately 110,000 square meters of total construction area with interior decoration spanning over 10,000 square meters, designed to serve as a venue for disseminating scientific knowledge and stimulating innovative thinking among visitors of all ages. The design approach employed by Zhigang Wu and the design team at Kanglida Decoration Co., Ltd. demonstrates a comprehensive understanding of technical complexity in museum exhibition spaces, particularly evident in the treatment of the atrium and east tower spaces, which required sophisticated solutions to address challenges including high ceiling heights, complex wall and roof geometries, and irregular spatial configurations that traditional measurement and construction methods could not adequately resolve. The implementation of Building Information Modeling (BIM) technology combined with Rhino visualization modeling software enabled the design team to overcome significant technical obstacles, particularly in the creation of three-dimensional broken line shapes on the third and fourth floor walls of the atrium, which feature an irregular continuous pattern formed by stainless steel plates and white prefabricated concrete corrugated panels. The production realization technology incorporated parametric modeling techniques that allowed for precise measurement using total station equipment, with three-dimensional coordinate data imported into Rhino software to generate accurate models for the fabrication of anodized curved aluminum plates and prefabricated concrete corrugated panels, materials that were applied extensively throughout the atrium walls, corridors, and public areas using dry hanging technology with hot-dip galvanized steel pipe keel systems. The design process drew inspiration from multiple sources including historical culture, natural forms, modern technology, and interdisciplinary collaboration, resulting in a spatial composition that balances aesthetic appeal with functional requirements for exhibition display and visitor circulation. The technical specifications of the prefabricated concrete corrugated board materials varied according to spatial requirements, with most panels manufactured in ultra-long and ultra-wide dimensions, necessitating detailed construction documentation that clearly indicated dimensions, materials, processes, and installation procedures to ensure construction accuracy and standardization. The project timeline extended from early 2019 through completion and trial operation on June 1, 2022, with official opening on November 12, 2024, representing a significant investment of over 2 billion yuan in public infrastructure dedicated to science education and cultural enrichment. The design team's approach to deepening design involved comprehensive planning, on-site measurement, three-dimensional modeling, layout development, review and verification processes, factory processing coordination, and installation supervision, demonstrating a holistic methodology that integrated digital design tools with traditional construction practices. The atrium space, which serves as the primary focal point of the exhibition hall, features a distinctive visual character achieved through the application of broken line geometries that create dynamic surface articulations, contrasting with the planar treatments of lower floor walls and establishing a hierarchical spatial experience that guides visitor movement and attention. The technical challenges overcome during the project included not only the geometric complexity of the broken line wall configurations but also environmental factors such as cold winter weather conditions, substantial workload requirements for on-site design refinement, and compressed construction schedules that demanded efficient coordination among multiple disciplines and trades. The utility model patent (ZL 2021 2 2080624.7) obtained for this project on March 11, 2022, recognizes the innovative technical solutions developed during the design and construction process, particularly regarding the integration of prefabricated components and advanced installation methodologies. The exhibition hall's design philosophy emphasizes the creation of immersive environments that facilitate science communication and educational engagement, achieved through careful consideration of spatial proportions, material selections, lighting conditions, and circulation patterns that collectively support diverse exhibition programming and visitor experiences. The application of Rhino technology throughout the design development process enabled the creation of three-dimensional virtual reality renderings that accurately represented indoor wall and ceiling configurations, providing essential visualization tools for design review, client communication, and construction coordination, while also facilitating precise layout of curved aluminum panels and other complex geometric elements. The project's recognition with the Silver A' Design Award in the Interior Space, Retail and Exhibition Design category for 2025 acknowledges the design's excellence in innovative use of space, material selection, functional layout, and technical execution, positioning Technology Museum Exhibition Hall among distinguished works that demonstrate outstanding expertise, creativity, and professional accomplishment in contemporary interior design practice. The selection of the project for the second batch of China Construction Engineering Luban Award (National Quality Engineering) for 2022-2023 further validates the technical achievement and construction quality realized through the collaborative efforts of the design and construction teams. The exhibition hall's contribution to the urban landscape of Zhengdong New District establishes it as a new landmark for the provincial capital, serving not only as a functional venue for science education but also as an architectural statement that reflects contemporary Chinese investment in public cultural infrastructure and commitment to advancing scientific literacy among citizens. The design's emphasis on prefabricated construction components, including the extensive use of concrete corrugated panels and anodized aluminum plates, demonstrates an understanding of contemporary construction efficiency requirements while maintaining high standards for aesthetic refinement and material quality. The zigzag-shaped skeleton system employed in the wall construction, comprising wall-mounted hot-dip galvanized steel pipe keel and surface layer keel components, represents a sophisticated structural solution that accommodates the complex geometries of the design while ensuring structural integrity and long-term durability. The project's scale, technical complexity, and cultural significance position Technology Museum Exhibition Hall as an important reference for similar large-scale public exhibition spaces, offering insights into the integration of digital design tools, advanced materials, and innovative construction methodologies in contemporary museum architecture.

Interior Space Design, Exhibition Hall Architecture, Parametric Modeling, Prefabricated Concrete Panels, Museum Interior Design, BIM Technology Application

— Adam Dawson

CITATION : "Adam Dawson. 'Technology Museum Exhibition Hall.' Design+Encyclopedia. https://design-encyclopedia.com/define/technology-museum-exhibition-hall?E=483948 (Accessed on October 14, 2026)"