2402 권영우

[권영우]

Here is the English translation of the essay, preserving the structure, reflective tone, and core philosophy of human-centered sports medicine and science:

This idea became much clearer to me after I read about the pioneers in sports medicine and sports science who opened new horizons in injury prevention and rehabilitation systems. Before I read their stories, I had always thought that being a good sports scientist simply meant developing sophisticated equipment or algorithms to cut down an athlete's record and maximize their performance. However, after learning about their life's work, I realized that true innovation is not about the precision measuring devices or analytical equipment itself, but about the people—the athletes—those tools are meant to serve. Their stories showed me exactly the kind of sports scientist I hope to become in the future.

Early sports scientists began scientifically analyzing human movement through precise data long before motion analysis devices or biomechanics concepts were even widely understood. At that time, athletic performance was regarded merely as a matter of "mental toughness and repetitive training," and few believed that data could predict injuries and extend an athlete's career. The real-time, data-driven injury risk prediction and personalized rehabilitation algorithms used as standard practice in sports today did not appear overnight. They were built up over decades of quiet research into biomechanics, muscle physiology, and sports medicine data. I found this part especially meaningful, because it reminded me that the technologies I admire today were the result of someone's long dedication, repeated failure, and continued effort over many years.

According to what I read, advanced sports medicine technology had already been used to detect muscle fatigue or movement imbalances before severe injuries occurred. Athletes who once had to face painful surgeries and lengthy rehabilitations after getting injured can now be protected in advance through cutting-edge sensors and motion-tracking technology. In high-risk areas like ACL tears or concussions that threaten an athlete's career, sports science identifies dangerous movement patterns early on to keep athletes safe. I think this is the most important part of this research. It shows that technology was not designed simply to test human limits or prove technological superiority; it was designed to protect athletes' health and lives so they can pursue their dreams safely. It is a perfect example of what I believe good sports science should look like—technology standing as a shield between danger and human life.

Technology itself cannot decide whether to heal a person or ruin their body through overtraining—that choice always belongs to the humans who design and apply it. This made me think seriously about my own goals. I want to study sports science and AI-integrated rehabilitation systems not simply because the technology is exciting, but because I want to build a truly human-centered sports medicine system that helps everyone—from elite athletes to the general public—move healthily and overcome physical limits without the fear of injury.

"Put people before machines and data"—that is the lesson I told myself I would carry with me as I continue studying sports medicine, biomechanics, and AI-based exercise prescription for my future career. Just as pioneers spent decades laying the foundations of sports science before the world even noticed, I may have to spend years studying human anatomy, physiology, data analysis, and programming before I can design anything that truly matters. But I no longer see that as a discouraging thought. Instead, I see it as proof that meaningful technology takes time, patience, and purpose to build.

We can contribute to society by combining sports medicine and sports science to design systems that protect athletes from injury and help ordinary citizens lead healthier lives. I hope that one day I will be remembered not simply as a technician, but as a sports scientist who used technology to protect and serve others.