As an electrical engineering student at McGill University, I am deeply passionate about leveraging technology to improve lives, particularly in the biomedical field. My interests lie in exploring how innovative solutions, like thought-controlled bionic limbs, can empower individuals with disabilities or paralysis to regain mobility. Although I am new to this thrilling field, my determination to learn and make a meaningful impact drives me forward. I envision a future where technology bridges gaps and creates opportunities for all, inspiring me to be a catalyst for change.Currently, I am privileged to be part of the McGill Rocket Team's Payload Hardware division, where I am working on the Bone Acceleration & Temperature Control Project. This initiative involves measuring bone acceleration during rocket launches using frequency analysis and developing a thermoelectric cooler to regulate bone temperature pre- and post-launch. Through this experience, I am gaining hands-on skills in engineering and contributing to advancements with potential applications in astronaut health and beyond.