This blog post details how to effectively highlight core research interests and major suitability in a biomecatronics academic plan.
Reasons for Pursuing the Major
My time at ○○ Science High School and ○○ University of Science and Technology, institutions representing Korea’s STEM education, served as a decisive turning point and crucial opportunity that led me to dedicate myself to science and technology. Particularly, my experience participating in the national science fair’s industrial category during my sophomore year of high school, where I won a special prize with the project “Is there a way to beautifully color aluminum plates?”, was an event that further solidified my academic direction. The thrill I felt when I finally succeeded in creating blue-emitting aluminum after numerous trials and errors remains unforgettable to this day. As my experimental methods became more refined and sophisticated, I could enhance data accuracy. When I mastered adjusting conditions to directly produce desired colors, I experienced a profound sense of fulfillment unmatched by any other experience. Moreover, this process was an invaluable time for developing various skills, such as effective presentation methods and teamwork.
I am confident that I possess the essential abilities and qualities required for biomecatronics research. Therefore, I believe I can grow into a top expert even without studying abroad, and I am applying to your graduate school to realize my dream.
Academic Plan and Goals
Upon admission to your university, I intend to pursue research in the Bio-MEMS field, which integrates MEMS (Micro-Electro-Mechanical Systems) with life sciences, within the “MEMS & BioSystem Lab.” Cells are the smallest units composing living organisms. By utilizing cells such as blood cells, nerve cells, bacteria, and viruses, and conducting visual, electrical, and mechanical analyses to understand cellular structure and responses to external stimuli, we can acquire biological information.
Applying MEMS technology here enables direct control of cells—invisible to the naked eye—using micro-mechanical systems. Moreover, it allows for meticulous observation of cellular behavior on various microstructures, enabling more accurate and rapid acquisition of biological information. Cell Chip, a branch of Bio-MEMS technology, serves as a platform for obtaining and analyzing biological signals from cells. It remains a leading research field attracting significant investment in the medical and bio industries. I firmly believe that disciplines related to Bio-MEMS will soon generate even greater added value, and I plan to focus my capabilities on this area.
Post-Graduation Plans
The field of “engineering,” which captivated me since high school, has now become an inseparable part of my life. University solidified my engineering aspirations and deepened my unwavering conviction in this path. When others spoke of a STEM crisis, it was the university research lab that steadied me. It was also the lab that laid the foundation for realizing my childhood dream of becoming an engineer.
I aspire to return to my alma mater as a professor and teach future generations. In South Korea—a nation with limited material resources, a compact landmass, and an economy heavily reliant on exports—I believe human resources are ultimately our most vital asset. The very thought of returning to this place, nurturing juniors in the very space where I once gained knowledge, and cultivating talent to lead South Korea’s future fills me with overwhelming emotion. I will do my utmost to give back to society the knowledge I have acquired, contributing to South Korea’s leap forward as a leading nation in science and technology.
Self-Introduction (Life Philosophy, Values)
It is said that steel magnate Andrew Carnegie once gave a problem in his employee recruitment exam: untie a string from a packaged item. After the exam, he reportedly rejected candidates who carefully untied the string by hand, while accepting those who broke free from conventional thinking and used a knife to cut it in one swift motion. This was because Carnegie sought to evaluate the candidates’ wisdom—their flexibility of thought—rather than their knowledge itself.
Reading this anecdote, I resolved to “become a person with flexible thinking.”
I believe wisdom is more important than knowledge, and only those who can use their minds flexibly can lead the times. Therefore, I consistently read books across diverse fields to broaden my horizons. Furthermore, I strive to cultivate the judgmental ability to discern for myself which knowledge, information, and experiences are more rational and purposeful.
