Muhammad Q.

Hello! My name is Shruti and I have always been fascinated by technology and how it shapes the world we live in. I have a strong passion for mathematics and science. I enjoy the challenges of solving complex problems and finding different solutions, which strengthen analytical thinking as well as problem-solving skills. I believe this is very important because it helps us to understand problems better and enables us to break them down into smaller, more manageable parts, which is also very crucial to learn. This also allows us to evaluate options logically instead of just guessing. Alongside this, I love listening to music. Listening to different genres helps me to relax and stay motivated; it also enhances my focus, concentration and memory. For me, music also works by blocking out distractions and creating a very steady rhythm for the brain to follow, which further increases my level of concentration. I also enjoy learning different languages because I believe this helps with connecting to different people from diverse backgrounds. Cognitively, learning a new language strengthens memory, problem-solving skills, as well as concentration. Altogether, these skills helped me to build confidence and independence. Therefore, I became better at explaining new ideas clearly and in an easily understandable way. I also became better at learning new things and finding solutions quickly to different problems. This is extremely essential in fields like engineering and tutoring! Throughout my academic years, I have attended Queen Mary's High School, and after that, I attended Queen Mary's Grammar School for sixth form. Currently, I am a first year Computer Engineering Student at the University of Birmingham.During my school years and university so far, I have completed assignments, projects which have helped me to develop my analytical thinking skills and experience explaining difficult concepts easily. Furthermore, I have also done mentoring before in school, where I was teaching maths to a GCSE student, and this also enabled my skills to improve and gave me more experience of teaching.

--- 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.

Hello! I’m Luzviminda Baldesco, a licensed and experienced educator with over 9 years of teaching experience I specialize in English, communication skills, and learner-centered instruction. I am C2 proficient in English, TEFL-certified, and a Civil Service passer. I’m passionate about helping students build confidence in speaking, writing, and critical thinking through engaging, practical, and supportive lessons. I earned a Bachelor of Secondary Education, Major in English, where I built a strong foundation in language, literature, teaching strategies, and classroom management. This training prepared me to create effective lesson plans, assess student progress, and apply learner-centered approaches for diverse learners. I also completed a Master of Arts in Language and Literature Instruction, which deepened my knowledge in linguistics, literary analysis, curriculum development, and advanced teaching methods. Through this, I strengthened my skills in research-based instruction, academic writing, and critical thinking. These experiences allow me to deliver engaging, meaningful, and results-driven English lessons that support student growth and confidence

Hi, I’m Sophie Rose, an enthusiastic and dedicated math teacher! I love helping students explore the world of mathematics in engaging and innovative ways. My goal is to make learning math exciting through interactive activities, real-world applications, and stimulating problem-solving sessions that spark curiosity and build confidence in my students. In my free time, I enjoy solving puzzles and playing chess, which keeps my mind sharp and creative throughout the day. I graduated with a Bachelor’s degree in Microbiology and Biotechnology, where I developed strong analytical, problem-solving, and research skills. My scientific background has enhanced my logical reasoning and precision, which I now apply to teaching Mathematics. I create engaging, inquiry-based lessons that connect mathematical concepts to real-world and scientific contexts, cater to diverse learning styles, and foster a supportive environment where every student can build confidence and achieve success.