Faris A.

Hello! My name is Elyn and I am studying Mechanical Engineering at the University of Liverpool as a second year undergraduate. I have been a tutor for around a year and half teaching 14-16 year olds and prepping students for their GCSEs. I have a great fondness for teaching, as education has always been a big aspect of my life. I love learning and encouraging others to learn STEM in a more intriguing way. I will be open to teaching GCSE and A level economics, maths and physics. Other facts about me is that I scrapbook, I indulge in art as a creative outlet and competed in the Industrial Cadets Gold project during Year 12. I completed my GCSEs at Cecil Jones Academy and gained 9-5s in: design & technology, Mandarin, maths, chemistry, biology, physics, business, English literature, English language, geography and religious studies. I finished my A levels at Greensward Academy and gained: A at economics, B in maths and C in physics. I am now attending the University of Liverpool studying Product Design Engineering as a first year undergraduate. During my time in sixth form I competed in the Industrial Cadets Gold Project in a group of 6 gaining the "Best Concept Design" and "Most Innovative Project" award. As part of my work experience I have been a tutor for a year and a half and did a 3 week placement for a railway electrification company. These experiences has given a lot of independence and team working skills which I hope may inspire future students.

Hi! I'm a first-year Accounting and Finance student at the University of Warwick, and I tutor GCSE and A-Level Computer Science and Maths. I achieved an A* in A-Level Computer Science and an A in Maths, so I've recently sat the exams your child is preparing for and know how the papers are marked. I work through past questions and worked examples built around the topics a student finds hardest, rather than moving through a syllabus at a fixed pace. I'm patient, I'm happy to explain something more than once, and I'd rather a student understands why a method works than memorises it. If you'd like to discuss what your child needs help with, feel free to get in touch. I studied at The Campion School Sixth Form from 2019 to 2026, where I completed A-Levels in Computer Science (A*), Mathematics (A) and Economics (B), alongside AS Further Mathematics. Before that I achieved 11 GCSEs, including a 9 in Physics and 8s in Mathematics and Computer Science. I am now in my first year of a BSc in Accounting and Finance at the University of Warwick. My specialisations are Computer Science and Mathematics at both GCSE and A-Level. I sat these exams recently, so I know the current specifications and how papers are marked. During Sixth Form I also worked with my school's Computer Science department on a software project, and I was Subject Prefect for Computer Science, which involved explaining course content to younger students and presenting the subject to parents at open days.

Hi, my name is Sophie! I am a friendly, happy person, and I love teaching and talking about books. I have recently finished a job as a sports coach and am about to begin my journey as a children's nurse. My favourite types of text to read are Shakespeare and poetry. My availability will be consistent until early November, but then it will be altered. I attended Southend High School for Girls, where I did both my GCSE's and A-Levels. At A-level, I studied Art, History and English Literature, achieving B, A and A*. I went on to study English Literature at the University of Reading and got a 2:1 with a first class dissertation.

From a remarkably young age, my journey has been defined by an insatiable curiosity and a multi-disciplinary drive—whether I was writing poetry and stories, teaching mathematics, repairing bicycles, phones, and computers, or mastering multiple musical instruments. Driven by deep planning, discipline, and consistency, I possess the proven ability to learn and master any skill from novice to advanced level. Over nine years of teaching Mathematics and English across diverse age groups—and designing my own custom educational materials—I have empowered learners to truly understand complex concepts, with 90 percent of my students significantly improving both their academic performance and work ethic. This impact led local schools to invite me specifically to help break down advanced mathematical concepts for their classes. Parallel to my teaching, my background in technology spans practical software development, data science, systems administration, and security. I code fluently in Python and JavaScript, hold intermediate proficiency in C, C++, C#, Java, and PHP, and build custom, accurate software tools that automate workflows and dramatically reduce operational time. Highly adaptable across Windows, macOS, and Linux environments, I leverage my advanced mathematical background alongside cloud computing to group, sort, organize, and analyze complex datasets into meaningful, actionable insights. I am proficient in Microsoft Office (Word, Excel, Access, PowerPoint) to optimize business efficiency, and I maintain a solid foundation in cybersecurity to perform safety tests, protect systems, and execute proper threat response measures. Beyond technical and academic expertise, I am a dedicated communicator, mediator, and community mentor. I take pride in explaining products and services with clarity, treating every customer with respect, and stepping in as a neutral third party to resolve conflicts with win-win solutions. Grounded in empathy, I deliver motivational talks on life, technology, the arts, and mathematics, and I have spent my spare time teaching piano, guitar, and vocals to youth as a constructive outlet against depression, violence, and substance abuse. Ultimately, I don't work merely for a salary; I work to learn, teach, innovate, and collaborate, combining ideas with diverse teams to build healthy, successful systems where quality solutions thrive. I am a passionate educator with over 12 years of experience teaching Mathematics, dedicated to helping students build confidence and excel in their studies. Throughout my teaching career, I have supported learners across Key Stages 2, 3, and 4, as well as GCSE (AQA, OCR, Edexcel), AS Level, and A Level Mathematics. Beyond classroom instruction and private tutoring, I extend my impact by authoring mathematics books and developing educational apps designed to make complex concepts clear, engaging, and accessible. I am currently pursuing a Bachelor of Science in Mathematics and Applied Mathematics, alongside a BSc in Computer Science—a combination that allows me to bridge the gap between theoretical elegance and practical innovation. While my work in mathematics gives me the tools to decode complex patterns, structure rigorous logic, and model the universe's most intricate problems, my studies in computer science allow me to bring those abstract formulas to life through code, algorithm design, and software engineering. I don't just study equations on a page or lines of code on a screen; I build a unified discipline where mathematical precision fuels technological solutions, transforming raw logic into real-world impact. My teaching practice is deeply informed by educational psychology, allowing me to understand how individual learners process information and tailor my approach to their unique learning styles. I have extensive experience supporting neurodivergent learners, including students with ADHD and dyslexia, and I adapt strategies to foster an inclusive, structured, and encouraging environment. Having worked with a diverse range of international students, I often communicate with learners in their home languages to build trust, bridge cultural gaps, and ensure complex concepts are fully understood. Driven by a strong belief in lifelong learning and effective communication, my work spans multiple disciplines. In addition to tutoring mathematics, I serve as an Air Traffic Service Officer—where precision, analytical thinking, and high-stakes problem-solving are paramount—and perform as a musician, blending technical expertise with creative passion. I explore the beauty of pure mathematical theory and apply it directly to real-world challenges. By taking abstract concepts, patterns, and complex equations, I translate them into practical solutions for modern problems. Whether it's modeling complex systems, analyzing data, or building logical frameworks, my focus is on using the power of mathematics to make sense of the world and build better solutions for the future.