I've always been deeply fascinated by uncovering the principles that govern our universe. Physics, especially within the IB curriculum, offers a window into understanding everything from the smallest particles to the vastness of space. Sharing this passion with students is one of the most rewarding parts of my work, and seeing them grasp new concepts reinforces why I chose this field.

From exploring the forces shaping our universe to understanding the behaviour of matter at its smallest scale, I find A-Level Physics endlessly fascinating. My work centres on helping students grasp the connections between core topics like electricity, waves, and particle physics so they can apply their knowledge effectively in any exam setting.

My background in computational physics has shaped the way I understand and teach scientific principles. In IGCSE Physics, I focus on making core concepts like energy transfer, forces, and waves clear and logical, helping students see the connections between theory and practical application. My work spans both academic research and teaching, giving me the tools to guide students toward strong exam performance.

With a strong foundation in theoretical physics, I specialise in guiding students through the GCSE Physics curriculum, from electricity and magnetism to motion and energy. My academic background and work in applied research allow me to break down complex concepts into clear, structured steps, helping students strengthen their knowledge and succeed in their exams.

I earned my Bachelor’s degree in Physics with First-class Honours before completing a Master’s in Astrophysics, where my research focused on advanced particle dynamics. I later achieved a Doctor of Philosophy in Theoretical Physics, contributing published work on quantum field theory. My academic background also includes the AP curriculum, in which I scored a perfect 5 in AP Physics, Calculus BC, and Chemistry, specialising in complex problem-solving and experimental design.