These tools not only change the approach to airport design and management, but also set new standards for the airport infrastructure of the future. How exactly are these technologies helping to transform the world's largest airports beyond recognition? Let's figure it out in this article.
Incheon International Airport in South Korea stands out for its innovative technology services that strive for maximum accuracy in data processing. Biometrics, RFID and CUPPS systems ensure smooth and secure airport operations.
Information modeling helped the architects create detailed 3D models that took into account all aspects of the airport’s futuristic design. These models helped implement advanced tracking systems, ensuring that the airport would be efficient not only now but also in the future.
AI and BIM in airport reconstruction
Singapore Changi Airport
Singapore Changi Airport is one example of how technology can take the passenger experience to the next level. The futuristic architecture and abundant greenery that greet travelers are just the tip of the iceberg. Thanks to the integration of AI into the building, the airport operates biometric scanning systems and contactless services. This helps to improve security and convenience for visitors.
And thanks to BIM, it was possible to carefully plan the airport’s engineering networks and architecture so that everything works in perfect harmony, turning every journey into a positive and safe experience.
AI and BIM in airport reconstruction
Another example of using BIM technologies in the construction of a modern multifunctional oasis is the Eden Botanical Garden in the English county of Cornwall. It has become not only a point of attraction for tourists, but also an important social facility for local residents. Read more about Eden in this article.
Hamad International Airport in Doha
Hamad International Airport in the capital of Qatar blends luxury and technology in perfect harmony. With capsule hotels, spas and fitness centres, the airport has set a new trend in travel comfort. Virtual Design and Construction (VDC) technology was used to visualise the design and fine-tune all terminal systems. This approach enabled the integration of UV modules and robotic assistants into the airport building to improve safety and efficiency in every corner of the airport.