Michael P.

I am a First-Class Computer Systems Engineering graduate. Mathematics and Computing have been central to both my academic journey and professional experience. With 11 years of teaching and tutoring experience across GCSE and A-Level, I have developed a strong understanding of the UK curriculum and the common challenges students face. I enjoy helping students move from confusion to clarity by breaking complex topics into structured, logical steps. Beyond improving grades, my goal is to help students build confidence and develop deep, sustained understanding. I believe Mathematics and Computing should feel logical and empowering — not intimidating. I completed my BSc in Computer Systems Engineering at the University of Westminster, graduating with First-Class Honours. My degree gave me a strong foundation in programming (Python, C++, C, VHDL and Assembly), embedded systems, microcontrollers, hardware design and robotics. During my studies, I led and contributed to several technical projects, including designing FIR filters using VHDL, programming PIC and MBED microcontrollers, and developing software systems in C++ and Python. I was also recognised with academic excellence awards for my performance. Prior to university, I completed my A-Level certification at Ahmadu Bello University, studying Mathematics, Chemistry and Physics, and earlier obtained my secondary school leaving certificate at Livingstone College . Alongside my academic background, I have over 11 years of experience teaching and tutoring GCSE and A-Level Mathematics, as well as several years teaching Computing. I have worked in UK secondary schools as a Teaching Assistant supporting STEM subjects and SEN students, and as an online tutor delivering structured, results-driven lessons. My specialisation lies in Mathematics and Computer Science, particularly breaking complex, abstract ideas into logical, manageable steps that build deep and lasting understanding.

--- About Me! --- I'm Danny, a 4th year physicist at the University of Edinburgh, currently undergoing a research year abroad working on a thesis at GSI/FAIR, a facility for high energy physics. My work involves a lot of programming, knowledge of physics, and application of engineering and design principles. I love inspiring others and talking about my subject, so any student who comes my way will hopefully leave feeling confident, ready for common exam questions, and most importantly, wanting to learn more beyond their curriculum. I play the violin to a diploma standard, love trying out new cooking recipes (sometimes with disastrous consequences), and really enjoy mountain sports, like climbing and hiking. --- My Education --- As mentioned above, I am a physicist at the University of Edinburgh on a year in industry at GSI. I am working on the upcoming DIRC particle detectors for the PANDA project and the EIC at Brookhaven (google these things, in my opinion they are very cool). This research of course involves knowing a bunch about programming, mathematics and physics! I achieved 4 A* grades at A-Level, in Mathematics, Physics, Chemistry and Music, with the WJEC exam board. For these grades, I abused my poor printer, drilling past paper questions endlessly, so I am very familiar with this specific curriculum. However, mathematics and physics are very similar across all exam boards. There are common questions in every exam, and your child will become familiar and confident with these questions with me, ideally able to reproduce 'stock answers' with a high level of understanding and speed. This saves time in exams and guarantees easy marks; this is a major step in reducing exam anxiety, and one of the main strategies I used to achieve my marks. I taught a STEM program at a US summer camp. It was much more of a 'for fun' thing, so we focused on making classes lightweight and enjoyable, rather than drilling worksheets and past paper questions. As such, I won't exclusively bore tutees to death with math problems! I pride myself on being able to break down concepts into simple to understand analogies. I am also a huge advocate for using past questions as revision material. However, I recognise the importance for students to balance time spent on questions with going over textbook concepts.

Hi, I’m Fathima Shoudha, an enthusiastic and dedicated online mathematics teacher with a deep passion for inspiring students to see the beauty and logic behind numbers. I believe that mathematics is not just about solving problems — it’s about developing critical thinking, logical reasoning, and creativity. My teaching philosophy centers around making math both accessible and enjoyable, especially for students who may find it intimidating at first. In my online classes, I focus on creating a supportive and interactive environment where every learner feels confident to ask questions, explore ideas, and grow at their own pace. I incorporate a variety of strategies, such as visual aids, real-world applications, and step-by-step problem-solving methods to ensure that each concept is clearly understood. Whether it’s mastering foundational skills or tackling advanced topics, I guide my students with patience, encouragement, and personalized attention. Beyond teaching, I enjoy painting and reading interesting facts, which help keep my creativity alive and add a refreshing touch to my lessons. These hobbies also remind me that learning never stops — there’s always something new to discover and share. My ultimate goal as a teacher is to help students not only improve their grades but also develop a lasting love for mathematics that empowers them in every aspect of life. I hold a Bachelor’s Degree in Medical Laboratory Science, a discipline that strengthened my analytical skills and deepened my understanding of logical and quantitative reasoning. Throughout my academic journey, I consistently performed well in Ordinary Level and Advanced Level examinations, particularly in mathematics and science-based subjects, which provided me with a solid foundation in problem-solving and critical thinking. During my studies, I became deeply interested in the educational process itself — how students learn best and how effective teaching methods can turn complex subjects into approachable concepts. This curiosity led me to explore different teaching strategies, including interactive and differentiated instruction, to cater to diverse learning styles. Over time, I realized that my true calling lies in helping students overcome their fear of mathematics and discover the satisfaction of mastering new skills. My background in science and mathematics allows me to design lessons that are both structured and engaging, blending analytical precision with creativity. I strive to connect mathematical concepts with real-life examples, making them meaningful and relevant to my students’ daily experiences. In addition, I continuously seek professional development opportunities to enhance my teaching techniques and stay current with modern educational tools and technologies. This combination of strong academic preparation, passion for learning, and commitment to student success enables me to create an encouraging and intellectually stimulating environment where every learner can thrive and reach their full potential.

I am a first-year university student studying Computer Science, with a strong academic foundation in both mathematics and computing. I specialise in teaching Mathematics and Computer Science, and I have hands-on experience supporting and teaching students within a primary school setting, helping them build confidence and understanding. I successfully completed the 11 Plus examination in Year 6, which reflected my strong academic ability from an early age, particularly in English and Mathematics. I then went on to attend Bartley Green Secondary School, where I studied a wide range of subjects including English, Mathematics, Triple Science, Religious Education, Geography, French, and Computer Science. Studying such a broad curriculum helped me become well-rounded and develop important skills like problem-solving, critical thinking, and clear communication. After secondary school, I attended King Edward VI College, Stourbridge, where I studied A-Levels in Mathematics, Law, and Computer Science. These subjects allowed me to strengthen my logical thinking and analytical skills. Mathematics deepened my confidence in tackling complex problems, Law improved my ability to form structured arguments, and Computer Science further developed my technical knowledge and passion for computing. Overall, my educational journey has been consistent, focused, and driven by a genuine interest in analytical and technical subjects.