Developing Young Scientists
Science at our school extends far beyond the classroom. Through practical investigations, research projects, scientific communication, and collaborative learning experiences, students develop the skills and mindset of real scientists.
Our students are encouraged to ask questions, investigate evidence, think critically, and communicate scientific ideas with confidence.
A key culmination of this journey is our annual Science Fair, where students bring their ideas to life through original projects, research, and experimentation, showcasing their creativity, inquiry, and scientific understanding.
Eye-opening discussions, unforgettable practicals and exceptional teachers – those are the things that make learning the Natural Sciences at Akademeia one of the best experiences you could ever have. Studying these subjects offers a completely new outlook on the surrounding world and the skills to explore its complexity and beauty to its fullest. All those aspects definitively make the department worth discovering, if not pursuing, by all new students.
Paulina, Student
Our students and teachers have three well-equipped lab rooms at their disposal. During Physics, Chemistry, and Biology laboratory sessions, not only do students perform experiments, but also they learn how to interpret and present data. Experiments conducted during Biology lab classes include, for instance, using oxygen sensors and data logging system to observe aerobic respiration or testing the impact of various factors on permeability of membranes including the use of colorimetric devices.
Dr Jakub Mikoszewski, Head of Natural Sciences Department
Subject Syllabuses
Biology
Our IGCSE and A Level Biology programmes combine a strong foundation of biological knowledge with extensive practical work, experimental design, data analysis and scientific evaluation. Students develop not only exam knowledge, but the transferable skills needed for university and an increasingly AI-driven world.
The two programmes are closely connected, allowing students to progressively deepen their understanding. For example, Year 11 introduces the structure and function of the cardiovascular system; Year 12 develops this through the cardiac cycle, pressure and volume changes, and hands-on heart dissection; while Year 13 explores the pacemaker system, ECG analysis and homeostatic regulation of heart rate.
Practical Biology is central to our approach. Students gain hands-on experience in biochemical analysis, colorimetry, microscopy, microbiology and aseptic techniques, fieldwork, experimental design and basic statistical analysis, with particular emphasis on evaluating methods and evidence.
Beyond the curriculum, students can participate in co-curriculars such as the Biology Olympiad or Pre-Med club, collaborate with the Nencki Experimental Biology Institute and use specialist laboratory equipment including centrifuges, electrophoresis equipment and an autoclave.
Biology also connects naturally with Chemistry, Mathematics, Physics and Psychology, while our alumni have progressed to medicine, neuroscience, biomedical science, biochemistry, psychology, public health and natural sciences at leading universities in the UK, US, Europe and beyond.
Chemistry
Chemistry at our school is taught through the Pearson Edexcel International GCSE and International Advanced Level (IAL) programmes, providing students with a strong foundation in both theoretical and practical chemistry. At IGCSE level, students explore the fundamental principles of chemistry, such as atomic structure, chemical bonding, the Periodic Table, chemical calculations, inorganic and organic chemistry, energetics, rates of reaction, and chemical equilibrium. At International A Level, these concepts are studied in much greater depth. Students investigate advanced topics such as atomic orbitals, intermolecular forces, thermodynamics, kinetics, equilibria, acid-base chemistry, redox processes, transition metal chemistry, and sophisticated organic reaction mechanisms. The course also introduces modern analytical techniques, including mass spectrometry, infrared spectroscopy, (GC and HPLC) chromatography, and (1H- and 13C-) NMR spectroscopy.
A strong emphasis is placed on problem-solving, mathematical applications, experimental design, and the interpretation of scientific evidence. Through a programme of core practical activities and laboratory investigations, students discover essential practical skills, develop systematic approach for exploring, and are encouraged to work in pairs to develop and enhance collaboration skills. The curriculum prepares learners for further study in chemistry, medicine, engineering, biochemistry, chemical engineering, and other STEM-related disciplines, while fostering critical thinking, analytical reasoning, and a deeper understanding of the role of chemistry in the modern world.
Student Research Projects
Akademeia Science Masterclass Programme
The Akademeia Science Masterclass Programme is a co-curricular opportunity for Year 11, Year 12 and Year 13 students with a strong interest in science and engineering.
The programme offers a series of intensive, hands-on workshops, held approximately once a month on Saturdays, with each session lasting six hours. Designed for highly motivated students, the extended format allows for advanced practical work and exploration that cannot be accommodated within regular lessons or shorter after-school clubs.
While the regular curriculum necessarily focuses on academic content and examination preparation, the Masterclass Programme gives students the opportunity to go beyond standard coursework and explore STEM subjects in greater depth. Depending on the workshop, students develop practical and technical skills in areas including data analysis, programming, soldering, manufacturing, scientific software and hardware, alongside higher-order skills in scientific thinking, research and engineering design.
The programme is modular, with each workshop designed as a standalone experience, allowing students to participate in sessions according to their interests and availability.
Completion of the programme can also be included in university applications, providing evidence of initiative, commitment, practical experience and a genuine engagement with STEM beyond the classroom.
University Preparation Through Independent Research
In Year 12, students undertake independently designed experimental projects that closely mirror the expectations of university-level scientific study.
Students identify their own research questions, design methodologies, collect and analyse data, and evaluate their findings with increasing independence.
These experiences provide valuable preparation for:
- University applications
- Personal statements
- Admissions interviews
- Future undergraduate research
Many students achieve Distinction-level outcomes in these projects, demonstrating advanced scientific skills that are highly regarded by universities and admissions tutors.
Beyond academic achievement, these projects foster curiosity, resilience, independence, and intellectual confidence.
