I am a highly motivated student pursuing a Bachelor of Applied Science degree in Mechatronics and Robotics Engineering at Queen's University. My passion lies in robotics, and I am driven to excel in this field while exploring all its possibilities from process automation to biomedical systems and everything in between! With a diverse skill set encompassing languages like C, C++, Python, VHDL, and Assembly, I have the technical expertise to tackle robotics challenges at all levels. I am well-versed in utilizing technologies such as ROS, ROS2, TensorFlow, and SQL in order to search, process, and distribute large volumes of data. I also actively contribute to extracurricular projects, including my involvement with the Queen's Biomedical Innovation Team, where I played a key role in designing and creating a lightweight electric wheelchair. Additionally, I have showcased my programming proficiency in the SAE AutoDrive Challenge, leveraging ROS2 to optimize data transfer between subsystems of an autonomous car. Beyond my academic pursuits, I have gained hands-on experience in physical labor roles and excelled in customer service positions. With my technical proficiency, adaptability, and commitment to continuous learning, I am ready to make a significant impact in the robotics industry. Let's connect to discuss opportunities for collaboration or share ideas on innovative projects within this fascinating robotics field!