Design Criteria
The following Design Considerations serve as a strategic roadmap for participants, ensuring that each proposal aligns with the core objectives of biophilic design, slow urbanism, and an entrepreneurial mindset.
The following Design Considerations serve as a strategic roadmap for participants, ensuring that each proposal aligns with the core objectives of biophilic design, slow urbanism, and an entrepreneurial mindset.
Entrepreneurial Mindset & Creative Economy
In line with the vision to nurture "practicing architects" as change-makers, proposals must transcend physical design to become viable, sustainable business models.
Entrepreneurial-Driven Development: Participants should apply the five strategic pillars: Ecological Networks, Cultural Heritage, Digital Lifestyles, Creative Economies, and Climate-Resilient Environments.
Value Creation: Demonstrate how architectural innovation can be transformed into a tangible business model that generates economic, social, and environmental value.
Hybrid Ecosystems: Design spaces that act as incubators for creative startups and local craftsmanship, blending coworking environments with creative marketplaces.
Biophilic Urban Systems & Ecological Integration
Design should contribute to a larger living urban system rather than being an isolated intervention.
Ecological Continuity: Create continuous green and blue infrastructure connecting the Ping River to the urban fabric.
Nature-Based Solutions: Integrate vegetation, water, and natural light to enhance human wellbeing and climate resilience.
Biodiversity Support: Develop urban biodiversity habitats that strengthen the district's ecological network.
The Nomad’s Slowdown: Lifestyle & Wellbeing
Proposals must balance digital productivity with the need for ecological awareness and stillness.
Slow Urbanism: Create human-scale environments that encourage slower rhythms of living and cultural exchange.
Mental Health & Comfort: Design spatial sequences that support reflection, collaboration, and the overall wellbeing of digital nomads and locals.
Walkable Green Networks: Establish shaded, walkable urban sequences that enhance the district's creative atmosphere.
Cultural Context & Identity
Participants should reinterpret San Pa Khoi’s heritage to create a modern prototype for a creative district.
Living Heritage: Respect and integrate the historical railway infrastructure and mixed vernacular architecture into contemporary designs.
Community Integration: Strengthen the bond between the global digital nomad community and the active local market life.
Climate-Responsive & Sustainable Strategy
Architecture must adapt to tropical conditions while minimizing environmental impact.
Passive Strategies: Optimize natural ventilation and daylighting through breathable building envelopes and shading systems.
Long-term Resilience: Employ low-impact materials and rainwater management to ensure the project's sustainability.
Judging criteria
Biophilic Urban Innovation
(25%)
Evaluates the project’s ability to integrate ecological networks into the urban fabric as a generative design driver.
Creation of interconnected green infrastructure (e.g., corridors, biodiversity systems)
Integration of natural systems into spatial and urban form
Potential to serve as a prototype for a living urban ecosystem
Assesses the project’s capacity to catalyze new economic opportunities and support emerging enterprises.
Provision of platforms for startups, SMEs, and local artisans
Feasibility and scalability of the proposed business models
Ability to generate value across green, creative, and digital economies
Examines how local cultural assets are translated into economic and experiential value.
Contemporary interpretation of local identity and heritage
Support for creative tourism, storytelling, and place-making
Level of community engagement and inclusivity
Measures the project’s readiness to support evolving digital lifestyles and future modes of work.
Accommodation of remote and hybrid work environments
Integration of smart systems and digital platforms
Spatial flexibility for technological adaptation
Evaluates environmental strategies and long-term resilience.
Application of passive design strategies (e.g., ventilation, shading, thermal comfort)
Reduction of energy consumption and operational costs
Resilience to climate challenges (e.g., heat, flooding)