While AI-generated designs may be visually stunning and conceptually appealing, their feasibility in real-world construction can sometimes be questionable. The transition from a virtual design to a tangible building requires careful consideration of structural integrity, material availability, construction methods, and compliance with regulations.

Educated and trained with the concept of form and style are secondary and the idea it is all about. After working for 20 years in the design and architecture field, in Japan, China, and Germany I come to the conclusion, that something changed about that paradigm. Beauty was always the touching part of all the different buildings and designs, I still remember, That beauty is still omnipresent in my memories of places and keeps me remembering the places I really felt nice with. So beauty is more centrally positioned than we might think in our perception as designers and architects.

Cradle to cradle is known in the architecture scene, but not yet really consequent shifted. All that we do and create in terms of using materials needs to be part of an ecosystem of materials. There is a limited source of materials on this planet. We need to design buildings, where all materials could be reused after the building finished its life purpose of use. So we need to think more material focused, when it comes to the overall life cycle of a building.

Implementing BIM during the construction process on-site and collaborating with companies still using traditional AutoCAD (ACAD) drawings can be a challenging endeavor. While BIM offers numerous benefits, such as improved efficiency, better coordination, and enhanced data management, its successful implementation requires overcoming several obstacles. Furthermore, the transition from 2D ACAD drawings to 3D BIM models demands a significant shift in mindset and workflow for both architects and construction teams. While BIM offers more comprehensive information and better visualization, it requires additional training and adaptation for those accustomed to working with 2D drawings. This learning curve can slow down the adoption of BIM on construction sites.

Working as architects and planners in Asia presents a unique and crucial opportunity, given the worldwide impact of climate change and the significant challenges the continent faces, as opposed to Europe, which has a more established development and efficient waste production management system. Here’s an explanation of why this is so important:

1. Unprecedented Urbanisation: Asia is experiencing rapid urbanisation, with millions of people moving to cities each year. This urban growth results in increased construction and infrastructure development. Architects and planners in Asia have the opportunity to shape these rapidly growing cities in sustainable ways, ensuring that future urbanization is environmentally friendly.

2. Climate Change Mitigation: Asia is one of the regions most affected by climate change. Architects and planners can play a pivotal role in designing buildings and cities that are resilient to climate change impacts. Energy-efficient buildings, sustainable infrastructure, and green urban planning can significantly reduce carbon emissions.

3. Resource Efficiency: Unlike Europe, where resource efficiency and waste management are relatively well-established, many Asian countries are still grappling with resource-intensive practices. Architects can introduce resource-efficient building designs that minimize waste, optimize material usage, and reduce energy consumption.

4. Biodiversity Conservation: Asia is home to rich biodiversity, but rapid development often threatens local ecosystems. Architects and planners can incorporate principles of ecological design and green spaces into urban development, contributing to biodiversity conservation.

5. Social Impact: In Asia, the social implications of architecture and planning are profound. Architects can address issues such as overcrowding, housing affordability, and access to basic services, improving the quality of life for millions of people.

6. Innovative Solutions: Many Asian countries are open to innovation and new technologies. Architects and planners can introduce cutting-edge solutions in sustainable building materials, renewable energy integration, and smart city technologies, driving global innovation.

7. Educational Impact: Working in Asia provides an opportunity to educate clients, governments, and communities about sustainable practices. Architects and planners can be advocates for sustainable development and inspire others to follow suit.

8. Global Collaboration: Asia’s challenges are not confined to the continent; they have global implications. Architects and planners working in Asia can contribute to international efforts to combat climate change and promote sustainability.

9. Market Growth: The Asian market for sustainable architecture and planning is growing rapidly. This presents economic opportunities for professionals in the field, making it a viable career choice.

10. Long-Term Impact: The decisions made by architects and planners today will shape the built environment for generations. By working in Asia, professionals can have a lasting impact on how cities and regions develop sustainably.

While Europe has made significant progress in sustainability, the challenges in Asia are immense, and the potential for positive change is equally substantial. Architects and planners who choose to work in Asia can contribute to addressing global environmental challenges and leave a meaningful legacy of sustainability.