Architectural Cases

Zaha Hadid Architects to Develop Extensive Urban District Around Baku Expo Center

Zaha Hadid Architects (ZHA) has been commissioned to conceptualize a vast 198-hectare urban district in Baku, Azerbaijan. This initiative responds to the increasing population of the city by offering a variety of housing solutions and extensive public services. The masterplan integrates seamlessly with the natural environment, prioritizing the preservation of existing pine forests and incorporating innovative green infrastructure. This marks ZHA's second major project in Baku, following the critically acclaimed Heydar Aliyev Center, and continues the firm's signature fluid architectural style.

Zaha Hadid Architects' Vision for Baku Expo City

In August 2026, Zaha Hadid Architects announced its selection for a monumental urban development surrounding the Baku Expo Center in Azerbaijan. This expansive 198-hectare site, previously a pine forest, is poised for transformation into a vibrant, interconnected community. The design, spearheaded by ZHA, addresses Baku's decade-long population surge by introducing a diverse array of residential options, ranging from single-bedroom apartments to substantial family residences. This venture signifies ZHA's renewed engagement with Baku's architectural landscape, following the successful completion of the iconic Heydar Aliyev Center in 2013. The new district's structures are envisioned in the distinctive Zaha Hadid style, featuring flowing lines, rounded forms, and a pristine white aesthetic, embodying a sense of architectural fluidity.

A core principle of the masterplan is environmental stewardship, with a steadfast commitment to preserving 92% of the existing 18,000 trees. This green strategy is designed to promote natural cooling, buffer winds, and regulate the microclimate, complemented by a robust forestry management plan and future replanting initiatives. The district is structured into a series of interconnected neighborhoods, facilitating easy navigation through pedestrian walkways, cycling paths, and tree-lined avenues. In alignment with Baku's 2030 transport strategy, the masterplan ensures direct connectivity to the city center, the international airport, and the broader metropolitan region via an upgraded public transportation network, including the Bakikhanov–Bina–Gala rail line.

The comprehensive plan incorporates essential civic amenities, such as kindergartens, schools, local retail outlets, entertainment venues, cultural centers, public parks, sports facilities, and medical clinics. At the heart of this urban ensemble lies a dynamic public square, bustling with cultural activities, cafes, restaurants, and leisure opportunities for both residents and visitors attending events at the expanded Baku Expo Center and the new Congress Hall. The development also includes a new hotel near the international airport to support the growing exhibition and conference sector. All new buildings will feature green roof systems, enhancing thermal insulation, reducing energy consumption for cooling, and integrating with the district's stormwater management for rainwater collection, filtration, and reuse, while simultaneously mitigating the urban heat island effect.

Recognizing Baku's unique climatic conditions, characterized by the Khazri wind from the Caspian Sea in winter and the Gilavar wind from the Iranian plateau in summer, the Baku Expo City masterplan incorporates sophisticated pedestrian wind comfort analysis. This analysis informs the strategic arrangement of buildings, creating protective barriers that deflect strong winds, thereby reducing ground-level wind speeds and fostering sheltered public spaces conducive to year-round outdoor recreation and leisure.

The development of Baku Expo City by Zaha Hadid Architects offers a compelling vision for sustainable urban growth. Its emphasis on environmental preservation, integrated civic amenities, and responsive architectural design provides a thoughtful model for future large-scale developments. This project demonstrates how modern urban planning can effectively blend aesthetic innovation with ecological responsibility, creating vibrant and resilient communities tailored to their specific climatic and social contexts. It serves as an inspiring example for architects and urban planners worldwide grappling with the challenges of rapid urbanization and climate change.

Casa PR21: A Luminous Coastal Residence by Alventosa Morell Arquitectes

This captivating residential design is strategically located on a constrained, elongated site in Badalona, Spain, offering panoramic ocean views. The architectural firm Alventosa Morell Arquitectes meticulously crafted Casa PR21 as a four-story dwelling, topped with an accessible rooftop garden, seamlessly integrating with the full width of its unique plot. Conceived for a family of three, the residence orchestrates daily living through a series of interconnected environments where structural elements, illumination, and open volumes define the internal journey. The intentional use of a subdued material scheme and pristine white finishes promotes an uninterrupted cascade of sunlight from one exterior wall to the other, establishing light as the foundational principle governing the design.

The interior spaces are meticulously arranged to optimize both functionality and aesthetic appeal. Each floor serves a distinct purpose, yet all are harmoniously linked by the constant presence of natural light, which is skillfully diffused throughout the home. The careful placement of voids and the strategic selection of materials amplify this luminous quality, creating an airy and expansive feel despite the narrowness of the plot. This design philosophy not only enhances the visual spaciousness but also fosters a dynamic and engaging atmosphere within the residence, inviting occupants to experience a fluid transition between areas.

The design of Casa PR21 exemplifies a profound understanding of its site and inhabitants, showcasing how innovative architecture can transform challenges into opportunities. Through its minimalist approach and emphasis on natural light, the home provides a tranquil and inspiring living environment, demonstrating that thoughtful design can elevate everyday experiences and create a harmonious sanctuary for its residents.

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Innovative Canopy Design at Starfire Discovery Camp in Shenzhen

The Starfire Discovery Camp in Shenzhen's Dapeng New District now boasts an innovative canopy structure, ingeniously crafted by CM Design. This architectural addition is a crucial element of the camp's overarching vision, transforming it into a multifaceted outdoor learning and recreational hub. The canopy, covering an area of 495 square meters and completed in 2026, serves as a protective shield against both harsh sunlight and rain, enabling continuous outdoor activities regardless of weather conditions. It is nestled within a culturally rich landscape, in close proximity to the historic Dongshan Temple and the ancient Dapeng Fortress and Jiaochangwei, integrating modern design with historical context. This structure was specifically commissioned to broaden the camp's utility, supporting its programs in research-based education, agricultural tourism, and various leisure pursuits.

Project Details: The Starfire Discovery Camp Canopy

Designed by CM Design, the canopy at Shenzhen Dapeng New District Starfire Discovery Camp is an integral part of a larger initiative to create a dynamic outdoor environment. The project, located in Shenzhen, China, was officially completed in 2026. The architectural firm, CM Design, led by a dedicated team including Chen Danping, Qiu Chen, Zhu Liyin, Mao Qingji, and intern Zhao Shujie, focused on both aesthetic appeal and functional necessity. The construction was meticulously executed by Shenzhen Jiangxin Jianzao Engineering Co., Ltd. and Dongguan Chenxin Decoration Engineering Co., Ltd., ensuring high standards of engineering and durability. The structure's primary role is to provide essential shelter, thereby supporting a wide array of outdoor activities from educational workshops to cultural events and leisure experiences. The strategic placement of the canopy enhances the camp's capacity to host diverse programs, enriching visitors' experiences year-round. All photographic documentation for the project was provided by Weiqi Jin.

This thoughtful integration of a functional canopy at the Starfire Discovery Camp highlights a forward-thinking approach to architectural design in recreational and educational settings. It underscores the importance of creating adaptable spaces that can withstand environmental challenges while fostering community engagement and learning. The success of this project not only enhances the camp's operational capabilities but also sets a precedent for sustainable and responsive architectural interventions in similar cultural and natural landscapes, offering a model for future developments that seek to blend utility with environmental sensitivity and aesthetic grace.

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