I am a Mechanical and MEMS engineer with a strong academic and technical background in engineering and mathematics. My experience includes coursework and applied work in dynamics, thermodynamics, CAD, SolidWorks, ANSYS, and related mechanical engineering subjects. Through this background, I have developed a practical understanding of how engineering concepts connect to real problem-solving, and I enjoy helping students make those connections in a way that feels clear and manageable.
My...
I am a Mechanical and MEMS engineer with a strong academic and technical background in engineering and mathematics. My experience includes coursework and applied work in dynamics, thermodynamics, CAD, SolidWorks, ANSYS, and related mechanical engineering subjects. Through this background, I have developed a practical understanding of how engineering concepts connect to real problem-solving, and I enjoy helping students make those connections in a way that feels clear and manageable.
My teaching approach is patient, supportive, and step by step. I know that many students do not struggle because they are incapable, but because the material is often presented too quickly or without enough explanation. When I work with students, I focus on breaking down difficult topics into smaller parts, explaining the logic behind each step, and helping them build confidence as they practice. I can help with homework, exam preparation, problem-solving strategies, and software-based subjects such as SolidWorks and ANSYS, while also supporting students in mathematics that is essential for engineering success.
I am especially interested in working with students in high school, college, and early university engineering courses, as well as anyone who wants extra support in math or mechanical engineering topics. My goal is not only to help students solve a single problem, but to help them understand the subject well enough to approach future problems with more confidence and independence.
