A mathematics tutor with a strong academic background, teacher training in Secondary Mathematics, and experience across classroom teaching and one-to-one tuition. The focus throughout is on clarity, careful structure and helping students develop genuine mathematical understanding.
My academic background includes A-level studies in Mathematics, Chemistry, Physics and Philosophy, providing a strong foundation across both analytical and conceptual disciplines. I later completed a BSc (Hons) in Mathematics at Loughborough University in 2016, with a particular focus on pure mathematics, logical reasoning and formal problem solving. AS-level Philosophy was completed one year early during GCSE studies, achieving 93% — the highest mark nationally.
I undertook teacher training in Secondary Mathematics at Brunel University, gaining experience across a range of inner-city and diverse school settings, including both state schools and independent colleges. During this time, I developed strong classroom management skills and a confident command of subject knowledge, enabling me to deliver engaging and structured lessons across varying abilities.
As part of my academic development, I also explored mathematics education, including how students engage with mathematical ideas, where common misconceptions arise, and how difficult concepts can be explained more clearly. This continues to shape the way I teach, helping students build confidence and deeper understanding rather than relying on memorisation alone.
Alongside my academic background, I maintain an ongoing interest in mathematics education and regularly engage with research and advanced ideas around teaching methods. There is a particular focus on how mathematical thinking can be developed effectively and how students can be guided towards more independent understanding over time.
Alongside my degree, I completed the Employability Award at Loughborough University and had previously undertaken a number of selective academic enrichment programmes. These included two British Science Association CREST Awards, residential summer schools at Imperial College London, and a residential medical summer school at St George’s University. One Imperial programme involved working alongside PhD researchers on STEM projects connected to CERN during the early Large Hadron Collider era and the growing search for the Higgs boson. Exposure to advanced scientific thinking at that stage helped shape my long-term interest in mathematics, logic and problem solving.
My teaching approach combines clarity, structure and active engagement. Complex ideas are broken down into manageable steps, students are encouraged to ask questions, and lessons are shaped around genuine understanding rather than surface-level memorisation. The aim is not only improved grades, but stronger confidence and more independent mathematical thinking.
Students can expect a supportive and focused learning environment, where progress is built carefully step by step. Whether the goal is stronger grades, better examination preparation, or more secure foundations, lessons are designed to provide clear guidance, consistent support and meaningful long-term progress.