Zaynah N.

Hi! I’m Antrea, a Product Design Engineering student at Loughborough University with a strong passion for maths and problem-solving. I enjoy supporting GCSE students in building confidence, improving their skills, and reaching their full potential. My lessons are friendly, clear, and tailored to each student’s learning style, helping to make even the toughest topics feel more manageable. I’m committed to creating an encouraging environment where students can succeed and feel proud of their progress. I am currently pursuing a Bachelor's in Engineering at Loughborough University. I have graduated high school with a 19.9/20 Apolytyrion Certificate, in the following subjects: Maths, (Mechanics, A-Level) Physics, (A-Level), Design and Technology (A-Level), Geography (AS-Level) and Greek (Native, A-Level), Art, Craft and Design (A-Level). In all these subjects I achieved an A, with an A* in Art and Greek. I have experience sharing knowledge, organising meetings and lessons since founding and forming my high school's Engineering Club, which I was also president of.

Hey! I’m an Aerospace Engineering graduate who decided Maths and Sciences shouldn’t feel like a foreign language. I turn the “what is this even?” moments into “ohhh, that’s how it works! I do understand how challenging these subjects can feel, which is why I focus on breaking down complex ideas into simple, logical steps that actually make sense. I’ve helped students improve grades, boost confidence, and even start enjoying the subjects they once found intimidating. My lessons are well-structured, interactive, and tailored to each student’s learning style, whether you’re aiming for top exam results or just want to build a stronger foundation. My lessons focus on understanding the “why” behind each concept, not just memorising formulae. I use real-life examples from engineering to bring ideas to life and adapt my approach to each student’s learning style. I use step-by-step explanations, visual aids, and real-world examples to help students see how theory connects to practice. Every session is tailored to suit the student’s learning style and goals. Come join, let’s make Maths and your Sciences finally make sense… and fun! I hold a first class degree in Aerospace Engineering, where I developed a strong foundation in advanced Mathematics, Physics, and problem-solving. My studies focused on aerodynamics, materials, and adaptive wing technologies, areas that taught me how to apply theory to real-world engineering challenges. Throughout my degree, I gained extensive experience using analytical and design tools, which deepened my understanding of the core Maths and Physics principles behind modern engineering. This hands-on background helps me explain complex topics clearly and show students how what they’re learning connects to practical, real-life applications.

--- 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 Natalie, and I’m here to help you feel more confident with math. I’ve been teaching math for several years, and I understand that some topics can feel confusing at first—but with the right support, they can become much easier to understand. In my lessons, I break down complex ideas into simple steps. We’ll use clear explanations, real-life examples, and practice together so you don’t just memorize—you actually understand. Whether you’re preparing for exams or just trying to keep up in class, I’ll guide you at your own pace and make sure you feel comfortable asking questions. My goal is to help you build confidence, improve your skills, and maybe even start to enjoy math a little more. I’m really looking forward to working with you—see you in class! I earned my degree in Mathematics Education, where I built a strong foundation in both mathematical concepts and effective teaching methods. My training prepared me to explain ideas clearly, adapt to different learning styles, and create a supportive and positive learning environment. I’m committed to guiding students step by step as they improve their skills and gain confidence in math.