For years, talking about innovation in offices meant mentioning flexibility, ergonomics or sustainability. But the new frontier goes much further. Robotics has stopped being exclusive to industry and is beginning to be explored and applied in the working environment, opening the door to offices capable of moving, transforming and adapting in real time to people’s needs.
Corporate architecture and interior design are thus undergoing a paradigm shift: spaces stop being static and become living environments, capable of reacting, reorganising themselves and generating new working experiences.
From industrial automation to the human environment
Spain has one of the highest robot density rates in Europe, and that knowledge is starting to move into buildings. Companies such as Nagami, in Ávila, combine robotics with 3D printing to create interior design and architectural elements that were previously impossible to manufacture. In collaboration with other companies, they have developed structural pieces and furniture produced by robotic arms, proving that robotics can play a creative and sustainable role in design.
The same technology that prints a façade or a sculpture can today generate customised office panels, partitions and modules, designed to be lighter, modular and more adaptable. It is the first step towards a more ambitious concept: dynamic interior spaces.
Partitions that move on their own
The next level comes with mobile robotic walls, a line of research already being explored at European and North American universities, which finds in Spain a favourable environment in which to develop.
The principle is simple but revolutionary: interior partitions capable of moving autonomously, creating or closing sub-spaces within an office without direct human intervention. Their purpose is to provide privacy or concentration at specific moments, and then disappear or reconfigure themselves when the space needs to open up again.
A recent study from the University of Leuven suggested the potential of these systems to recognise when a group starts an informal meeting and move to create an enclosed setting, improving acoustics and reducing distractions. In the future, this type of technology could be integrated into smart offices managed by IoT sensors, which detect usage patterns and reorganise spaces automatically.
Innovation and experimentation in Spain
Although our country does not yet have offices with robotic mobile walls in commercial operation, there are laboratories and academic projects laying the groundwork.
The Living Pavilion, developed at the Universidad Europea de Madrid by the GilBartolomé studio, is one of the first examples of reconfigurable architecture built in Spain. This experimental pavilion incorporates robotic components that react to their surroundings, adapting its structure according to light, temperature or interaction with visitors.
In parallel, the IAAC (Institute for Advanced Architecture of Catalonia) is working on kinetic and adaptable architecture projects, combining sensors, mobile structures and digital fabrication. These initiatives confirm that Spanish research is already exploring how to make architecture stop being static, and that automation applied to interior space is a logical step along that path.
In addition, the ability to adjust lighting, air conditioning or zone occupancy through automated systems has a direct impact on energy efficiency. Robotic offices could cut consumption by up to 20% by optimising resources according to the actual use of each area.
Smart offices: space as an interface
The integration of robotics, sensors and architecture raises a fascinating idea: space as an interface. Walls, ceilings and dividers stop being passive elements and start taking part in the working experience.
A wall can close to support concentration, open to encourage collaboration, or even move gently to suggest a change of dynamic within the team. This kind of “subtle” interaction is key: it is not about technology that distracts, but architecture that accompanies.
These systems also integrate with personalised smart office trends, where each user can adjust their environment — lighting, temperature, sound — through sensors or artificial intelligence. If we add physical mobility to the environment, the office becomes an organism that responds to people.
At the same time, artificial intelligence is starting to play a key role in the predictive management of these environments. By analysing occupancy, comfort and productivity data, systems can anticipate staff needs and automatically adjust the configuration of the space before the user even asks.
Design and safety challenges
Robotics applied to interior design also poses significant challenges. From a technical standpoint, mobile partitions must coexist with electrical installations, air conditioning and fire protection systems without compromising safety.
The Spanish regulatory framework — from the Technical Building Code to the European machinery regulations — will require safety protocols to guarantee that a robotic wall can move without risk of collisions or blockages.
It will also be essential to design an appropriate rhythm of movement: spaces should transform smoothly, give warning before reconfiguring and respect the comfort of the people working inside. The key will lie in combining engineering, architecture and user experience.
Spain as an innovation laboratory
The strength of the industrial automation sector and the growing number of digital architecture innovation centres make Spain an ideal testing ground for robotics applied to offices. Advances in digital fabrication, sensor technology and smart furniture enable a leap that once seemed reserved for science fiction.
It would not be surprising if, within a few years, pilot projects in corporate buildings in Madrid or Barcelona incorporated robotic mobile partitions, manufactured locally and controlled by intelligent space management systems.
A new paradigm in corporate architecture
The question is no longer whether offices can change shape, but how we want them to do it. Do we want spaces that transform according to the activity, respond to the team’s mood or adapt to the time of day?
Robotics opens up a new horizon where flexibility no longer depends on furniture, but on the building itself. In this future, technology and architecture work together to create more human, efficient and sustainable workplaces.
And although we are still in the early stages, one thing is clear: the movement has begun.