This blog post explains how to structure your preparation process and career plan when writing an Electrical Engineering academic plan to increase its persuasiveness.
Writing About Academic Experience and Reflections
“Experience with Discussion-Based Classes for Efficient Science Learning”
I studied in the science track at a general high school, preparing for a STEM career path through a curriculum focused on science and mathematics. While most classes were conducted in a typical lecture-style format, my science teacher specifically avoided this one-way teaching method. The teacher emphasized that theory-based instruction alone has limitations, especially in science. The reason, they explained, is that even on the actual college entrance exam, science inquiry subjects increasingly feature questions based on experiments and hands-on experiences. Furthermore, passages utilizing practical and realistic case studies are being increasingly included.
Starting from this insight, the teacher personally proposed and implemented a new science education system centered on hands-on experiences, experiments, and discussions. Thanks to this, I experienced lessons that were more vivid and participatory, moving away from traditional rote learning. During class, we set aside the textbooks for a while and used materials the teacher had personally created. Instead of memorization-focused learning, activities centered on questions and experiments were key, and understanding and retention naturally followed from this process. For example, we conducted a project where we attempted to observe the moon ourselves, took photographs, and then used that data to create a model explaining the moon’s phase changes. Collaborating with my group members to build the model and then using it during actual lessons allowed us to naturally grasp even detailed concepts. Particularly, the process of personally verifying why the moon’s shape changes using my own model and independently arriving at the correct answer gave me a great sense of accomplishment.
This experience transcended merely solving problems on paper with a pen; it was a valuable time for internalizing scientific principles by engaging all five senses. In fact, the teaching method combining experiments and discussions not only significantly improved my science skills but also cultivated my scientific thinking and problem-solving abilities. Looking back now, it seems this learning experience laid the solid foundation that sustains my future academic challenges and spirit of inquiry.
Major School Activities and Reflections
“Creative Engineering Design Club”
My high school was designated a representative school for smart convergence education as part of its science curriculum, operating various programs to allow students to freely pursue creative activities. I actively seized this opportunity by joining and participating in a club focused on ‘Creative Engineering Design’. Our club had eight members total. Three were seniors who had been active for over two years and gained experience in external competitions, while the remaining five were students in my grade. We followed the path paved by the seniors, learning their know-how and striving to broaden our skills through new attempts.
Our club activities were based on a comprehensive design education curriculum encompassing planning, design, and fabrication. Additionally, institutional support for smart convergence education allowed us to apply for and receive funding for materials or equipment purchases when needed. For instance, we could buy basic materials for experiments or invite external experts to enhance our technical skills. The university’s support throughout these processes was invaluable. External lectures were particularly memorable experiences for me. Through meetings with instructors, I learned core design elements and systematically mastered the step-by-step process of capstone design (goal setting, synthesis, analysis, fabrication, testing, evaluation), significantly elevating my design skills.
The topic I focused on most intensively during the practical training was ‘home appliances,’ specifically researching the physical structure and principles of gas ranges. Gas ranges consist of high-heat burners, low-heat burners, and grill structures, making them suitable for research in both school and home settings. During the lab, I analyzed how flame shape changes with air volume and gas pressure variations, whether combustion air was adequate or excessive, and phenomena occurring when gas pressure was low. I also practiced disassembling and reassembling a piezoelectric ignition device—composed of a high-voltage wire, piezoelectric element, gas outlet, and resistor—to understand its structure and redesign it as needed. Furthermore, we compared and analyzed the physical and chemical properties of LP gas (LPG) and liquefied natural gas (LNG), conducting practical exercises to modify or repair the gas structure of malfunctioning gas ranges.
Building on these practical experiences, we participated in a creative engineering design competition to test the skills we had honed. At the competition site, teams from various schools showcased their unique ideas. Many innovative projects were presented, including affordable yet durable cold-weather gear, a fire detection system using image recognition, alternative housing models utilizing soil and bamboo, a powerless manual bidet, a solar drying system, a simple water purification device, and a water sterilization system. Some of these projects resembled topics our club had researched, providing a valuable opportunity to reference other teams’ approaches. Our team developed and presented a ‘portable gas stove’ and a ‘portable water purification system’ at the competition, feeling a sense of accomplishment in bringing our research to tangible life.
This club activity and competition experience taught us more than just technical skills; it made us realize firsthand the importance of creative thinking and collaboration for problem-solving. We also learned how valuable it is to take full responsibility for the entire process—from planning to production—to achieve our goals within limited resources and time. Moving forward, I aim to build on this experience to develop creative and practical technologies in broader fields.
Examples of Consideration, Sharing, and Cooperation and My Reflections
“Participating in the Operation of the School Cafe”
There was a small cafe next to the school store on the first floor of our school. Originally, there was a manager who ran both the store and the cafe, but when that position suddenly became vacant, someone was needed to take over the cafe. Consequently, student volunteers were recruited to temporarily run the cafe, and I applied as soon as I heard the news. Initially, I thought there would be many applicants, but surprisingly, only my friend and I applied. As a result, we had to rush to the cafe during every break to help run it. With no one to relieve us, we ended up volunteering at the cafe almost without fail, including during lunch breaks and after dinner.
Working at the cafe all day instilled a sense of ownership in us, as if we had become the cafe’s management team. We didn’t just fill positions; we started thinking, “How can we attract more students and generate profit?” So, my friend and I began dividing tasks to operate more efficiently. Initially, we both took orders and made drinks, but as we gained experience, we divided roles: one focused solely on taking orders, while the other handled beverage preparation. I took on the drink-making role, speeding things up by prepping popular items in advance to handle sudden surges of students.
Through this process, my friend and I developed better coordination and a sense of camaraderie, working with mutual consideration. I especially tried to make drinks as quickly and accurately as possible to lighten my friend’s load, who had to handle both orders and delivery simultaneously. Conversely, my friend constantly checked beside me to ensure I didn’t get confused about the preparation sequence, offering necessary guidance and support. Because we worked by looking out for and respecting each other, we were able to finish the day smoothly without any unnecessary friction.
Ultimately, we achieved a threefold benefit: earning volunteer points, gaining valuable experience, and even making a modest profit. Most importantly, this experience taught me that even small tasks become far more enjoyable and efficient when approached with mutual consideration and cooperation. Running the cafe meant more than just volunteering; it left me with unforgettable memories and valuable lessons.
Efforts and Preparation Related to Motivation and Career Plans
I aspire to become a skilled professional in the field of home appliance repair technology. Since my school days, I have aimed for a career in science and engineering, actively participating in club activities related to creative design to develop concrete career plans. I possess a passion for cultivating the ability to directly participate in the process of technology development and design, alongside a keen interest in various technologies and products related to electronic and electrical devices. Based on this motivation and goal, I am applying to the Department of Electronic Engineering at ○○ University. Notably, as a descendant of a national meritorious person, I am eligible to apply through the Social Contributor Admission Track. My grandfather was a national meritorious person who served in the Korean War. I aspire to inherit his upright spirit of social participation and dedication to the nation, growing into a responsible talent needed for the new era.
During high school, I dedicated myself to mastering the foundational courses required for an electrical engineering major. While practical engineering knowledge and design drafting studies were important, I believed university-level learning presupposes a solid understanding of fundamental disciplines. Therefore, starting in my sophomore year, I obtained university-level textbooks in advance and studied mathematics and science in depth. I used university-level textbooks on linear algebra, physics, and chemical engineering for this advanced study. As a result, I found the content taught in high school classes much easier to grasp.
Building on this solid foundation, I plan to stay one step ahead in university: taking sophomore-level courses as a freshman and junior-level courses as a sophomore. By maintaining this disciplined time management and study habits, I will be fully prepared for graduate school by my senior year. My ultimate goal is to earn a master’s degree in Electronic and Electrical Control and Instrumentation Engineering after two years of dedicated study, then work as a research engineer developing repair technologies at a major electronics corporation. The field of home appliance repair demands specialized technical skills distinct from general design. I intend to focus my research on this unique aspect, aiming to become a researcher who contributes to practical technological innovation.
Moving forward, I will steadfastly develop both my academic foundation and practical skills simultaneously, growing into a specialist with differentiated technical capabilities in the field of electronics engineering. Throughout this journey, I will never forget the sense of responsibility and mission rooted in my core, consistently seeking and walking the path to contribute to society and my nation.
