This blog post explores methods to effectively demonstrate research passion in a biotechnology academic plan. It introduces strategies to enhance persuasiveness by concretely linking your motivation for inquiry, experimental/research goals, and future career vision.
Reasons for Pursuing the Major
I once read the book “The World Led by Great Life” by Professor Yoo Young-je of Seoul National University’s College of Engineering, written for young people. The author states that the future rests in the hands of biotechnology, as its scope encompasses vast fields like alternative energy, food, disease, materials, and the environment. He asserts that anyone with curiosity and passion can become a biotechnologist. Reading this book sparked my imagination about the achievements biotechnology will bring over decades and centuries, and I developed the aspiration to pour my sweat and effort into research in this field.
Research in biotechnology is itself a process of self-discovery, allowing us to understand ourselves more deeply. Though the study of life began long ago, the truths we must uncover still exist infinitely. Imagining how joyful it would be to learn this fascinating discipline led me to knock on your institution’s door. Now, I too wish to experience the delightful research process of formulating and testing hypotheses based on creative thinking and keen observation.
Academic Plan and Goals
Upon admission to your university, I first wish to channel my passion for science into studying biotechnology in depth. During my early years, I will focus on building a solid foundation to cultivate critical thinking skills and academic aptitude in life sciences. Subsequently, I will dedicate myself to acquiring the knowledge and techniques necessary for research and practical work in applied biological fields.
I will also diligently study foreign languages to confidently express myself both domestically and internationally. After completing my undergraduate studies, I plan to pursue advanced studies in biotechnology through graduate school and overseas study. I will study without regret to grow into a talent capable of contributing in various applied fields, including addressing the significant challenges facing humanity today: population issues, food security, environmental pollution and destruction, and sanitation problems. Moving forward, I will exert my utmost effort within the circumstances given to me to achieve the goals I set upon entering university.
Post-Graduation Plans
I felt the greatness of biotechnology upon encountering news about cloned animals utilizing genetic engineering techniques, such as cloned pigs for organ transplants and cloned Siberian tigers. The world is watching to see who will first solve humanity’s grand challenges, such as the genome project. It is said that South Korea’s biotechnology sector is recognized globally, commanding 20% of the world market. Therefore, after graduating from your university, I aspire to become a biotechnology researcher and play a role in elevating the competitiveness of South Korea’s biotechnology industry to the next level.
I want to engage in the rewarding work of observing the forms, characteristics, and ecology of all living things—those that breathe most intimately within our lives—and discovering our future within them. Rather than simplistically calculating only what is immediately visible, I will design a life of respect and fulfillment by considering the ripple effects of my work and its impact on society.
Self-Introduction (Life Philosophy, Values)
After reading the book ‘Suspicious Science,’ I reflected on the ethics of life scientists. It prompted me to consider various perspectives on how scientists should view their work and conduct themselves. Does the advancement of biotechnology truly bring us happiness? I wondered if the greed of biotechnologists and biotech companies might actually be endangering humanity. The book argued that life scientists not only have a duty to inform the public about scientific content and achievements but must also arm themselves with ethics.
It states that life science must become a reflective ‘reason’ for living in the modern age before it can be a progressive ‘tool,’ and that it must move toward building trust between scientists and the public.
I believe our bioethics must be grounded in the ethics of our ancestors, who recognized the dignity of all life and held reverence for other living beings. Based on this foundation, we must establish the bioethics for the biotechnology that now leads the world. Moving forward, I wish to conduct research to revive the life ethics of our ancestors, who cherished even the life of a humble loach, and to realize a bioethics where all life surviving on Earth can live in peace.
