Manpreet B.

Hi, I'm Chris, a recent graduate in nuclear engineering with a love of maths and physics. I help students to build confidence and improve their core understanding of maths and physics, A-Level and GCSE. I focus on breaking down complex problems into smaller, more manageable steps which helps students understand the content along with worked examples and exam questions which helps students to solve questions in an exam and achieve their goals. I hold a Bachelor of Engineering degree from Lancaster University, specialising in nuclear engineering which involved a large amount of electrical engineering and particle physics. I also hold three A-Levels in maths, physics and chemistry from Thomas Rotherham College where I achieved an A*, A and B respectively. I also have GCSEs in maths (9), physics (9), chemistry (9), biology (9), computer science (9), geography (8), English language(8), English literature (7) from Winterhill School.

A BEng Mechanical Engineering student from The University of Dundee who has taken A-level examinations before. I prefer mastery of concepts with the ability to employ knowledge to solve problems. I have experience with real-world engineering projects, as I am running an IMechE-affiliated aeronautical society where we develop autonomous drones for the UAS challenge. I have self-studied my A-levels, which comprise AS and A2-level Physics, Chemistry, and Mathematics. As a result of this solo endeavor, I have become very familiar with discipline and time management. It has helped me develop a growth mindset. I'm currently in my 2nd year. I have received straight A's during my first year transcript and am projected to maintain that grade. I employ this knowledge and critical thinking extensively for my real-world engineering projects, which aim to develop UAV's to be competitive at the national level.

My name is Mark Sean A. Manubag, and I hold a degree in Chemistry. For the past two years, I’ve been teaching and tutoring high school and college students, mainly in math, chemistry, and physics. I love making complex topics feel simple and approachable for learners at different levels. As a teacher, I am patient, supportive, and goal-oriented. I believe in guiding students step by step until they feel confident in themselves. One of my strengths is breaking down difficult concepts into clear, relatable ideas. Seeing students progress—from struggling on quizzes to celebrating their own achievements—is what inspires me to teach. My teaching style is interactive and student-centered. I enjoy connecting lessons to real-life examples, whether through cooking, music, or everyday situations, so that learning feels both meaningful and fun. I’ve found that when students can relate to a topic, they learn faster and remember it longer. Outside the classroom, I enjoy reading, exploring different genres of music, and learning languages. At the moment, I’m studying Italian, which helps me stay in touch with the challenges of being a learner myself. That perspective allows me to connect more deeply with my students and encourage them to see learning as a lifelong skill. Teaching, for me, is about helping students discover their own potential. I want my learners to not only improve their grades but also develop the confidence and curiosity that will benefit them well beyond the classroom. I graduated with a Bachelor of Science in Chemistry. During my studies, I gained extensive training in laboratory instrumentation, including GCMS, FTIR, AAS, and UV-Vis, and completed internships with the Food and Drug Administration of the Philippines, the Department of Agriculture – Bureau of Fisheries and Aquatic Resources, and the Philippine–Japan Active Carbon Corporation. My undergraduate thesis focused on the spectrophotometric determination of phenolics from plant extracts, which strengthened my background in analytical chemistry. After graduation, I successfully passed the Philippine Licensure Examination for Chemists in September 2014. Alongside my academic journey, I began working as a freelance tutor between 2012 and 2014, supporting high school and college students in mathematics, chemistry, and other sciences. Many of the students I taught came from institutions with advanced science and math programs, while others needed help building foundational understanding. Through one-on-one lessons, I developed a teaching approach that emphasized patience, step-by-step guidance, and real-life applications, helping students not only grasp concepts but also build confidence in their own abilities. This tutoring experience deepened my passion for education and showed me the impact of making complex topics simple and engaging. I take pride in seeing students’ progress—from struggling on exams to achieving strong results. Teaching continues to be a meaningful part of my career, complementing my professional work as a chemist by allowing me to share knowledge and inspire curiosity in the sciences.

I am an experienced mathematics tutor with a strong background in Electrical and Electronic Engineering from the University of Bristol. Over the past five years, I have successfully delivered tailored, one-to-one tutoring sessions for students of all abilities, including those with neurodivergencies. My approach focuses on diagnostic assessment, breaking down complex topics into clear steps, and building automated tracking to measure progress. Dedicated to making maths engaging and accessible, I love helping students build long-term confidence and achieve their full potential. I hold a 2:1 master's degree (MEng) in Electrical and Electronic Engineering from the University of Bristol, where I specialised in Communications and Coding. This rigorous program provided me with a strong mathematical foundation across signal processing and data transmission. Prior to university, I excelled in my A Levels, achieving straight A grades in Mathematics, Physics, and Chemistry, and was named Physicist of the Year by Imperial College London. I also earned a Bronze Award in the Oxford Physics Olympiad, placing in the top 1-3% nationally.