I chose Space Engineering because I have always been fascinated by the idea that humanity can build machines capable of leaving Earth and exploring the unknown. Spacecraft represent one of the greatest engineering challenges we face where every gram, watt, and line of code matters, and where every decision must be trusted millions of kilometres away. York's Space Engineering program drew me in because it treats spacecraft as complete systems, connecting orbital mechanics, mission design, payload development, and the human decisions behind successful missions.
The most rewarding part of my journey has been seeing classroom concepts become real engineering problems. During my co-op at the Canadian Space Agency, I had the opportunity to contribute to space technology projects where requirements, design decisions, testing, and verification were no longer just theory they were what determined whether a system could succeed. Working on the NOVA payload and my current systems engineering role have taught me the importance of discipline, collaboration, and attention to detail in building reliable space systems. Beyond technical skills like STK, Abaqus, and mission documentation, these experiences have shaped how I approach engineering: with curiosity, responsibility, and the belief that even small contributions can help enable something much larger than myself.
My goal is to become a AIT Engineer someone who helps transform ambitious ideas into successful missions by connecting science objectives, spacecraft design, and operations. I want to work on projects that push the boundaries of exploration and contribute to the next generation of space technology, while continuing to learn from the people and challenges that make this field so inspiring.
