May 16, 2025
4 min read
Designed by MAA, the Seoul Robot and AI Museum (RAIM) stands as the world’s first museum dedicated to robotics and artificial intelligence, embodying an architectural vision that seamlessly merges innovation and technology.
What were the main goals behind creating the design for the Seoul Robot and AI Museum?
The main goal was to create a pioneering cultural landmark that would serve as a base for the 4th industrial revolution in northeastern Seoul.
The design aimed to:
- Inspire and engage the community.
- Contribute to Seoul’s AI industry ecosystem.
- Connect researchers, industry professionals, and the public.
RAIM was envisioned as a catalyst for innovation, offering:
- Exhibitions that showcase advanced technologies.
- Hands-on experiences to engage visitors.
- Educational programs focused on robotics and AI.
What were the key inspirations behind the museum's fluid and organic form?
The architectural form of RAIM is inspired by the fluidity and dynamism of the AI and robotics fields.
Its spherical, non-directional shape and organic forms resonate with the advanced technologies housed within. This design creates an immersive universe that reflects the continuous evolution of robotics and AI.
It also fosters a dialogue between contemporary architectural expression and technological innovation.
How did your team approach the challenge of integrating robotics and AI into the architectural concept?
The concept of RAIM was to create a “living exhibition” where the architecture itself embodies the smart technologies it showcases.
The building integrates:
- Advanced digital fabrication.
- Reverse engineering techniques.
This approach makes RAIM an active participant in the technological narrative it presents, rather than just a passive display space.
How is the “living exhibition” vision reflected in the visitor experience?
Visitors are welcomed by robots at the entrance, guiding them through an immersive journey. This blurs the boundary between the tangible world and the realm of robotics and AI.
The vertical exhibition tunnel enhances this narrative. It leads visitors through a continuous exploration of scientific and technological progress.
The dynamic spatial design evokes a sense of curiosity and discovery.
How did Seoul’s culture and the Chang-dong area influence the design choices?
RAIM is strategically positioned to connect:
- Researchers from nearby universities.
- Research institutes and corporations.
- The general public.
By integrating RAIM within the local cultural network, the design aimed to:
- Support the cultural renaissance of the Chang-dong Sanggye area.
- Invigorate the local economy.
- Contribute to community engagement with technology and innovation.
What impact will RAIM have on visitors and their perception of technology?
RAIM is designed to inspire and engage visitors through:
- Exhibitions focused on robotics and AI.
- Educational programs that bridge the gap between science and society.
- Hands-on experiences to foster curiosity and excitement about the future of technology.
What role will RAIM play as a cultural and technological landmark in Seoul?
RAIM is envisioned as a dynamic hub for innovation that connects academia, industry, and the public. It will:
- Play a pivotal role in Seoul’s AI and robotics ecosystem.
- Contribute to the city’s cultural and economic development.
- Strengthen Seoul’s position as a global innovator.
What innovative construction techniques were used for RAIM's design?
RAIM utilized advanced construction techniques aligned with the 4th Industrial Revolution, including:
- Building Information Modeling (BIM) for precision in design.
- Off-Site Construction (OSC) for efficient realization of complex forms.
The spherical exterior and fluid-like gate were constructed using:
- Digital fabrication.
- Laser CNC machining.
- Robotic welding.
These advanced technologies, adapted from aerospace and marine industries, allowed for the intricate façade and vertical exhibition tunnel to come to life.
