My journey in STEM began with a fascination for problem-solving. From the moment I built my first robot in elementary school, I was captivated by how STEM fields could transform abstract ideas into real, tangible solutions. As I progressed through school, this curiosity deepened into a passion. My experiences in robotics, biology, and biomedical science courses not only sharpened my skills but also shaped my career aspirations. Through each project, I realized that STEM is about more than just technical knowledge; it’s about innovating and pushing boundaries to address real-world problems.
As a young woman in STEM, one of the most significant challenges I faced was overcoming societal expectations. In robotics, where most of my peers were male, I often felt like I had to prove myself. I had to work harder to show that I was just as capable of designing and building robots, leading meetings, and making critical decisions. Initially, I struggled with self-doubt, especially in leadership roles, questioning whether I truly belonged. But I didn’t let those feelings stop me. I kept pushing myself, seeking mentorship from teachers and more experienced peers, and gradually developed confidence in my abilities. By my junior year, I became the project manager for my robotics team, leading our efforts to build a robot while coordinating meetings, sending weekly updates, and ensuring everyone was aligned with our goals. I learned how to stay organized under pressure, balancing technical details with team dynamics, and how to adapt when things didn’t go as planned—valuable skills that I know will be essential in my future career.
My passion for STEM has grown from the belief that it can make a profound impact on people's lives, particularly in healthcare. I want to apply my skills to solve real-world problems by addressing the intersection of neuroscience and the environment. Through my courses in biomedical science, I’ve developed a fascination with how the brain works, and I’ve become particularly interested in how environmental factors affect cognitive health and neurological development. Whether it’s noise pollution, green spaces, or exposure to toxins, I want to explore how these external factors shape brain function and find innovative solutions to improve people's lives. My goal is to combine neuroscience and environmental studies to create sustainable, holistic treatments for neurological conditions—minimizing reliance on medication and focusing more on improving patients’ environments.
Beyond technical knowledge, my involvement in STEM activities has also been instrumental in helping me develop leadership skills. As I led my robotics team, I learned the importance of clear communication, delegation, and keeping the team motivated—even when facing technical setbacks or unexpected challenges. I also taught coding to younger students through a community program, which helped me hone my ability to explain complex concepts in simple terms and cultivate patience and empathy. These leadership experiences have prepared me to lead teams of researchers and healthcare professionals in the future, fostering collaboration across different disciplines to tackle complex healthcare issues.
Ultimately, I plan to use my skills to create a career that blends my passion for neuroscience, healthcare, and environmental science. I want to lead research projects that bridge the gap between medicine and environmental health, finding creative, sustainable solutions for patients. By empowering others and driving innovation, I aim to make a lasting difference in the field of healthcare and beyond.