Science

MYP Sciences

Year 7 students have been exploring how life on Earth has changed over time, linking this to the evolution of our atmosphere and early life. They have developed strong practical skills, including using microscopes, preparing slides, and carrying out food tests. Alongside this, students have studied cells, reproduction, and key body systems, supported by hands-on activities such as dissections and investigations. More recently, they have examined how lifestyle choices affect health and explored global issues such as malnutrition and solutions like Golden Rice.

Year 8 students have been investigating how science helps us understand and solve real-world problems. They began by exploring energy in food and survival in extreme environments, using data analysis and practical investigations. The focus then shifted to global challenges such as plastic pollution, air quality, and public health. Students have studied infectious diseases, including malaria, cholera and smallpox, and examined how scientific discoveries have improved human health. More recently, they have explored evolution and the human body, including eye structure and how light behaves, supported by practical work and extended writing tasks.

Year 9 students have been developing their understanding of how scientific systems operate efficiently, with a strong emphasis on applying knowledge. In chemistry, they have investigated acids, alkalis and reactions, including practical work on antacids. In biology, they have explored digestion, enzymes and the role of bacteria, alongside required practical investigations. In physics, students have studied key concepts such as density, pressure and forces, applying these to real-world contexts like sport. They have also examined the cardiovascular system and the impact of lifestyle choices on health, including evaluating modern medical treatments.

GCSE Sciences

Year 10 students have been studying plant physiology, evolution and how organisms interact with their environment. They have explored key ideas such as adaptation, classification and the carbon cycle, alongside required practical work including sampling ecosystems, osmosis investigations and chromatography. Students have also developed their mathematical and analytical skills through work on photosynthesis, interpreting data and completing extended practical write-ups.

In physics, students have moved into mechanics and energy, applying equations to calculate kinetic and gravitational potential energy, as well as investigating forces through required practicals such as Hooke’s Law. They have also studied energy transfers, efficiency and insulation, linking these ideas to real-world contexts. More recently, students have explored thermal physics, including internal energy, specific heat capacity and particle motion, with a continued focus on applying knowledge through calculations and practical investigations.

Year 11 students have now moved into their finishing curriculum, following their recent mock examinations. After completing a full set of mocks, students have spent time reviewing their performance, identifying strengths and targeting specific gaps in knowledge and exam technique.

In lessons, teaching is now tightly focused on high-impact topics across Biology, Chemistry and Physics Paper 2. In Biology, students have revisited homeostasis, the nervous system and inheritance, with a strong emphasis on structuring extended answers clearly. In Chemistry, the focus has been on rates of reaction, equilibrium and chemical analysis, helping students secure key practical methods and improve precision in their responses. In Physics, students have been developing their ability to apply maths skills to forces and motion, as well as refining their understanding of waves and the electromagnetic spectrum.

Alongside this, all classes are receiving personalised revision based on detailed analysis of mock exam data. This ensures that teaching is targeted, responsive and focused on maximising progress for each student as they prepare for their final GCSE examinations.

KS5 IBHL Chemistry - Thermodynamics and Disorder in the Universe

In our Key Stage 5 IB Chemistry Diploma lessons this spring, we have been securing our knowledge and understanding of thermodynamics. We have been practicing mathematical skills to explore and explain concepts like enthalpy, entropy and Gibbs free energy. Feel free to challenge any of us to run through equations like ΔG0 = - RT lnK or even ΔG0 = ΔH0 - TΔS0, or ask us to describe why the universe tends towards disorder.

KS5 IBHL Physics – Exploring the Frontiers of Space, Time and Waves

It has been an exciting and intellectually challenging period for our KS5 IBHL Physics students, who have been engaging deeply with some of the most profound ideas in modern physics.

Students have explored the themes of Galilean relativity and special relativity, developing a sophisticated understanding of how time and space are interconnected, and why the speed of light is the ultimate universal limit. These concepts have encouraged students to think beyond everyday experience and engage with physics at a truly conceptual level.

Alongside this, students have undertaken investigative work in waves, focusing on the behaviour of light and sound. A particular highlight has been the study of standing waves in strings and pipes, where students have made meaningful links between physics theory and real-world applications such as musical instrument design. This has allowed them to see how abstract concepts underpin the sounds we hear every day.

Looking ahead, students will begin the next stage of their IB journey: the Internal Assessment (IA). This is an exciting opportunity for students to design and carry out their own independent experimental investigations, culminating in a full scientific report. The IA process is a vital step in preparing students for the demands of university-level laboratory work, fostering independence, critical thinking, and strong analytical skills.

We look forward to seeing the creativity and scientific imagination that our students will bring to this next phase of their learning.