In my tutoring sessions, I create a dynamic and engaging learning environment that encourages curiosity and builds a strong foundation in Physics and Mathematics. With a background in Automotive Engineering and ongoing studies in Computational Methods in Engineering, I bring a blend of theoretical knowledge and practical experience to my teaching. This enables me to present complex topics in ways that are both relatable and easy to understand, helping students overcome challenges with confidence.

My teaching methods focus on breaking down difficult concepts into simpler parts. I use practical, real-world examples that resonate with students, making abstract theories more tangible. For instance, in Physics, I relate concepts like motion and force to everyday scenarios, while in Mathematics, I emphasize step-by-step problem-solving techniques that make even advanced calculations approachable. By connecting lessons to real-life applications, students gain a clearer understanding of how these subjects play a role in the world around them.

Each lesson is structured to include a balance of theory, problem-solving, and application. I encourage active participation and open discussions, where students are free to ask questions and explore their ideas. I use visual aids, analogies, and interactive exercises to maintain a dynamic classroom atmosphere, ensuring that students remain engaged and motivated throughout the session.

My experience as a CAE engineer has taught me the importance of practical knowledge, and I bring this mindset to my teaching. I believe in building not just academic skills but also critical thinking abilities that extend beyond the classroom. By making learning both accessible and enjoyable, my goal is to inspire a genuine interest in Physics and Mathematics, enabling students to excel academically and gain confidence in their abilities.