© 2026 Universitat Internacional de Catalunya
Architecture | 2020

The reuse of space vehicles represents a true paradigm shift, as it allows a much wider audience to access space
Ana Guerrero (Architecture, 2020) is co-coordinator and science communicator at AulaSPUTNIK, combining her architectural training with scientific outreach and specialising in space architecture. In this interview, she shares how her time at UIC Barcelona provided her with tools and resilience to develop her career, how her interest in the design of space environments emerged, and how she communicates these concepts to the general public. She also addresses the importance of sustainability, resource efficiency and technological innovation in her projects, as well as her vision for improving the living experience of astronauts on long-duration missions. In addition, she shares personal anecdotes, sources of inspiration and her future plans in research and science communication.
Ana Guerrero has been, and continues to be, that curious little girl, now a woman, whose eyes light up when discovering and learning new things. I am a person with diverse interests; I love finding intersections where different disciplines can be combined, which is how I ended up specialising in space architecture.
What motivates me is the possibility of doing things a little better than before, improving the quality of life of those around me and contributing to sustainable development as a society.
From my time at UIC Barcelona, I would highlight the resilience I gained during those years, which is applicable to every area of my life. I would also highlight the closeness and human approach of the teaching staff, with whom I still exchange correspondence from time to time.
In the field of communication, artificial intelligence has brought a radical change in the way people learn, especially for young people. This presents a clear challenge for communicators: we must strengthen critical thinking and ensure that the information we convey is accurate and valuable.
Regarding the space sector, another area where I focus my professional life, the reuse of space vehicles represents a true paradigm shift, as it allows a much wider audience to access space. This shift in space exploration accelerates technological development, enabling numerous scientific advances to materialise in our daily lives on Earth, generating significant improvements in less time than expected in areas as diverse as healthcare and telecommunications.
Both sustainability and resource efficiency are values that I convey in all my activities as a science communicator to all audiences. In every activity, there is always a nod to the importance of maintaining an environmentally respectful attitude, and this is one of the key requirements emphasised in the workshops I collaborate on. Moreover, these values guide my own professional work.
In numerous scientific talks, I present the concept of space architecture when discussing the importance that manned space missions have had and continue to have. It is often a topic unfamiliar to most of the public, so I make an effort to convey its relevance, especially now that long-duration missions are being planned: the spaces that astronauts inhabit must be truly designed by professionals who understand how the human body interacts with the environment and how architecture affects the psychological well-being of the crew.
Whenever I have the chance to speak with an astronaut who has spent some time living in space, I ask the same question: “What would you change architecturally in the space you had to live in under microgravity?” The answer is usually the same: the lack of humanity and life in those spaces. They ask us to bring Earth to space. To achieve this, we have several strategies, some well-developed and others still with a long way to go and to be tested.
In the future, I would like to carry out research projects that truly lead to substantial improvements in astronauts’ living experiences beyond Earth. I am particularly interested in how space (shape, dimensions, proportions, materials) affects the psychological wellbeing of astronauts – people who isolate themselves and face extreme conditions for increasingly longer periods.

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