In this blog post, we provide revised examples of the four personal statement questions for applicants to the Systems Management Engineering major in the Department of Industrial Engineering at Kumoh National Institute of Technology, along with key writing tips for each section.
Efforts Devoted to Academics and Learning Experiences
When I chose Chemistry as an elective subject for the College Scholastic Ability Test (CSAT) in high school, I decided that I needed to study both Chemistry I and Chemistry II simultaneously to gain a deep understanding of the subject. Since recent exam trends have shifted toward problems that require analyzing passages and data rather than simple memorization, I felt that preparing solely with textbook examples or multiple-choice questions would not be sufficient. Therefore, I chose to practice in-depth oral interviews—which follow an essay-style format—as my study method to systematically organize my understanding of chemistry concepts. Since the oral format requires receiving questions and developing logical responses, it demands an essential understanding of concepts rather than mere memorization. I repeatedly practiced clarifying conceptual definitions and supporting those definitions with examples. For example, to prepare for the question “What is an ionic bond?”—rather than simply memorizing the chemical formula—I used Na and Cl as examples to explain how the electrostatic attraction between (+) and (-) ions creates the bond. Through this practice, I was able to fill in conceptual gaps I had previously overlooked and provide structured answers without being flustered by questions.
Extracurricular Activities: Experience at the Science Leadership Camp
The most meaningful activity I participated in during high school was the Science Leadership Camp. Held after school as part of my school’s specialized science education program, this camp was an opportunity not only to acquire scientific knowledge but also to reflect on my career path and cultivate a spirit of challenge. In particular, a lecture titled “The Role of Youth in a Knowledge-Based Society” led me to rethink the purpose of my studies and set a goal to contribute to society as a skilled research and development professional, rather than simply seeking job security. While listening to the lecture, I realized the importance of having a specialized field and developed an interest in chemical processes and production systems. Through the camp’s thematic essay activities, I researched and wrote about practical and social issues—such as the ethics of scientists, intellectual property rights, and the causes and countermeasures of the melamine scandal—thereby building a broad base of background knowledge. This experience motivated me to commit to regularly reading science-related articles and magazines to expand my general knowledge.
Examples of Collaboration, Major Selection, and Career Planning
Examples of Consideration, Sharing, and Collaboration: Science Day Group Mission
While completing the Science Leadership Camp, I teamed up with fellow campers to participate in the “Longest Descent Down a Slope” team mission at my school’s Science Day event. We were given 30 minutes to prepare, and our only materials were a wooden board with holes, yarn, wooden chopsticks, and rubber bands. The process of brainstorming ideas and dividing roles within the constraints of limited time and materials was crucial. We first designed an appropriate slope to keep the marble from stopping and attempted to stabilize its trajectory using yarn. However, the elasticity of the yarn caused the marble to roll too quickly, creating a problem, so I suggested using rubber bands; the friction from the rubber bands effectively slowed the marble’s speed. Through communication with my team members, we immediately revised the design and put it into action; as a result, we recorded a time of 40 seconds and took first place. Through this experience, I learned the importance of collaboration—specifically, the ability to consult with others and respond quickly under limited conditions.
Reasons for Choosing My Major and Academic/Career Plans After Enrollment
At first, I had considered a career as a chemist, but through the Science Leadership Camp and various lectures, I became interested in the field of designing and managing chemical processes. Since product manufacturing processes are systems in which people, resources, machinery, and information are organically integrated, the definition of industrial engineering—which manages and optimizes these systems—held great appeal for me.
In particular, Systems Management Engineering—a discipline that simultaneously considers both the efficiency and quality of chemical processes—aligned perfectly with my career goals. After enrollment, I plan to deepen my understanding of the foundational subjects—chemistry, physics, and mathematics—to solidify my major-specific knowledge, while strengthening my practical skills in production management, data analysis, and drawing interpretation. Through practice-oriented manufacturing systems engineering, I plan to observe on-site operations firsthand and participate in design processes—such as embedded system programming—to develop practical skills. After graduation, I intend to pursue a graduate degree in the Department of Industrial Engineering to continue my research in quality management and process control. My goal is to grow into a professional who balances research and practical experience, thereby contributing to the nation and industry.
