As a School, we have always been at the forefront of the use of technology in education; so that our students acquire the skills and agility to be the change-makers of the future.
We are committed to ensuring that technology is integral to the knowledge acquisition and pedagogy across the School and adds real value in the curriculum and co-curriculum. Through partnerships and collaboration we stay at the forefront of innovation so our students are at the frontier of being digital fluency and inspired to address the gender imbalance in the tech sector.
The exceptional digital literacy that our students display was recognised by last year’s ISI inspection report as ‘outstanding’ as a result of their embedded and flexible use of iPad across their learning.
Apple Distinguished School
The School’s success of implementing iPads into the curriculum has helped us become an Apple
Distinguished School – an honour only a handful of schools in the UK can lay claim to. The title is reserved for schools, who are invited by Apple to apply, that meet criteria for innovation, leadership and educational excellence, and demonstrate a clear vision of exemplary learning environments. However, technology does not stand still and we must continue to look to the future and anticipate the next technological breakthrough which will add real value to our students.
The extensive use of iPads across learning helps us embed technology skills discreetly and continually throughout their education ensuring that our digital fluency is keeping pace with the changing in technological advancements and that our students stay ahead of the curve, and that these skills become part of their everyday learning.
Robotics in Learning
Students in the Junior School use Sphero robots to see the physical results of their coding. They code elements of a Shakespearean play, enabling characters to move around the stage and recite lines using code.
As they transition through to Senior School in Year 7, they learn how to apply these skills into text based programming to solve more challenging problems as well as looking at networking, computer hardware and cybersecurity. Our students are adept in collaborating with the use of cloud technology through Google Drive being second nature to them, to give them flexibility and ownership over their work.
To further our students’ interest and understanding of robotics, we have invested in a humanoid robot capable of machine learning. Students are able to use the robot to investigate social robotics – how humans interact with robots with human-like characteristics, and use machine learning to recognise objects, faces or even emotions and react as programmed to them. The robot can be programmed to simulate real world situations and our robotics groups are looking at various projects including training the robot to be an exercise companion, a medical assistant or a social aid.
Artificial Intelligence at BGS: Learning with Purpose
We recognise that artificial intelligence (AI) is reshaping how we live, work and learn. We prepare our students not only to use AI tools, but to understand, question and lead with them responsibly. We ensure our students are not passive consumers of technology, but confident, critical and ethical innovators ready to embrace the opportunities and responsibilities of an AI-enhanced world.
AI is integrated thoughtfully across the curriculum and co-curriculum. Students explore AI in contexts appropriate to their age and stage; from understanding how algorithms make decisions to using generative tools for creativity, problem-solving and research. We teach students how to critically evaluate AI outputs, recognise bias and understand the ethical implications of their use.
Our approach focuses on three pillars:
Students learn the building blocks of artificial intelligence - what it is, how it works and where it is used. They build practical confidence with tools that support ideation, coding, data analysis and creative expression.
We embed discussions about the impact of AI on society, on fair access to information and on individual privacy. Students learn not just to use AI, but to question it - to spot bias, check sources and make informed judgements.
AI is not an add-on; it is embedded into meaningful learning experiences. In robotics, students build systems that learn from data; in humanities, they interrogate AI-generated narratives; in design and computing, they explore machine learning applications with real datasets.

