As a second-year Mechatronics (Space) student at the University of Sydney, I have developed a strong foundation in programming, embedded systems, and robotics, with a focus on innovative solutions for complex engineering challenges. My academic excellence is reflected in a 91% WAM and top marks in advanced mathematics, analysis, and mechatronics subjects. I am passionate about the intersection of technology and space, and I am actively pursuing opportunities that allow me to contribute to and learn from cutting-edge projects in this field.During my internship at ANT61, I played a pivotal role in developing the base software for a space-grade robotic arm, which involved programming STM32 boards with a CAN interface, implementing control loops, and conducting UART data logging. This experience honed my skills in microcontroller programming, system design, and team leadership.As the High Voltage Lead for the University of Sydney's motorsports team, I successfully led the development of the tractive system for our electric vehicle, advancing my expertise in embedded systems, PCB design, and hardware programming. My leadership extends beyond engineering; I run my own tutoring business, Narwhal Tutoring, and have mentored an internationally awarded robotics team.I have a deep interest in machine learning and recently applied my skills to build a convolutional neural network that identifies wombat mounds from satellite imagery—a project that garnered interest from Biota Environmental for its potential applications in environmental preservation.My achievements include winning the ANT61 Hackathon, being a runner-up in the USYD Code Fest, and qualifying for the global round of the FIRST Robotics Competition. I am eager to continue pushing the boundaries of technology and innovation, particularly in the fields of robotics and space exploration.Made with ChatGPT ^