Abstract:
My interest in mathematics did not begin with natural talent or early success, but with curiosity and persistence. What started as a way to cope with academic challenges gradually became a passion for understanding patterns and solving real-world problems. Through competitions, advanced study, and my AMSI research project on optimisation in manufacturing and logistics, mathematics has become both a practical tool and a way of thinking that continues to shape my future.
Body:
My interest in mathematics was never obvious to me. In fact, it began quite simply: during my early school years, I realised I was not particularly strong in many subjects, from writing to biology. To avoid them, I often turned to mathematics homework instead. The more time I spent on it, the more fascinated I became. Unlike other subjects that felt subjective or uncertain, mathematics seemed precise and dependable. There were no coincidences, only patterns waiting to be discovered and explained.
Mathematics is present everywhere: in everyday shopping calculations, financial decisions, scientific discoveries, and even music. I began to see numbers not just as symbols on a page, but as a language that describes relationships in the world around us. This realisation transformed mathematics from a school subject into a lens through which I could make sense of other areas of knowledge.
Ironically, it was struggle that deepened my interest. When I entered a mathematics-intensive middle school, something that once felt easy suddenly became challenging. After receiving one of the lowest marks in my class on a mid-term exam, I felt both discouraged and determined. I began working through advanced exercises in my textbooks, driven by the goal of solving every problem I could. That persistence gradually built confidence, and soon I was participating in mathematics competitions and studying matrix algebra and statistics at a college level during my high school.
My perspective expanded further through the Australian Mathematical Sciences Institute (AMSI), where I met fellow mathematics enthusiasts and discovered how mathematics shapes the modern world. I saw how mathematical modelling can describe cancer cell growth, optimise canal systems, and power computer algorithms. My AMSI research project explored optimisation techniques for multi-component bin cutting and packing problems, mathematical methods used to improve efficiency in logistics and manufacturing. It was exciting to see abstract mathematics translate directly into real-world impact, improving production planning.
Hoa My Huy Lim
Deakin University
