Robotics: more than just machines
Robotics is not only about building devices that move like humans. As researchers from the Oxford Robotics Institute (ORI) point out, it is a field that combines engineering with creativity, where ideas can become technologies that have a real impact on the world. Efimia Panagiotaki, PhD student Mobile robots, emphasizes that robotics can contribute to healthcare, agriculture, accessibility or climate protection. These are not only technical challenges - but also broader questions about how technology can support people and the environment.
Charlotte Reed, a doctoral student as part of the collaboration between Oxford University and Goal-Oriented Long-lived Systems Lab, talks about her work on underwater gliders in the Atlantic. Her research combines oceanographic knowledge with decisions regarding autonomous robots. This is an example of how robotics can operate in complex, unpredictable environments - while also being part of a larger goal: better understanding and protecting the oceans.
Inspiration from nature and the brain
Enlarged imageClose zoomPrevious imageAt the Soft Robotics Lab (SRL) at ORI, researchers draw inspiration from biology. Perla Maiolino, Deputy Director of ORI and Principal Investigator at SRL, says that nature offers many examples of systems capable of safely navigating complex environments through flexibility. Her work focuses on how combining touch and soft structures can make robots more capable of interacting with people and unstructured spaces.
Tasha Kim, a PhD student at SRL and the Parker Jones Neural Processing Lab (PNPL), is developing neuro-symbolic systems that interpret neural and behavioral signals. Her goal is to create robots that can act as supportive partners for humans - not just executing commands, but understanding their intentions. When a person expresses a need through thought, the robot can take over some of the cognitive or physical burden, which opens up new possibilities for human augmentation.
Be brave, stay curious - start by taking action
Many of these researchers began their journey as children or teenagers, building with Lego, K'Nex, or Arduino. Kate Lampo, an MSc by Research student, says that her passion for robotics dates back to school - she was part of a robotics team and already discovered that she wanted to create things that work. Her advice is simple: don't wait for perfect preparation. 'The best way to learn is simply by doing,' she says. It doesn't have to be complicated - you can start with basic materials.
Perla Maiolino emphasizes that many women doubt their abilities and reject opportunities if they do not meet all the requirements. 'Don't wait until you are ready - growth often comes from trying,' she says. This message is key: robotics needs diverse perspectives and ways of thinking. Therefore, it is worth encouraging young people to experiment, even without formal education - because that is where the most innovative ideas are born.
A field for everyone - the need for diversity
Although robotics is becoming increasingly inclusive, at the National Oceanography Centre only 16.9% of engineers are women. There is a so-called "leaky pipeline", where people from underrepresented groups leave STEM at various stages. ORI researchers emphasize that one of the first steps to change is education - not only in school, but also through open programs and by fostering a sense of belonging. Charlotte Reed says that many young people with talent and curiosity never have access to support, resources or opportunities.
Therefore, it is crucial to build communities - where everyone can participate without fear of "not fitting in". Robotics does not have to be only for those who look like stereotypical engineers. It is a field that opens up to creativity, curiosity and diversity - and these are the qualities that are key to creating technologies that truly work for all people and the world around us. It is worth starting with one project, even if it is simple - because that is where the future is born.
