Swe Zin Linn Htet さん
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- 次世代研究者インタビュー
- Swe Zin Linn Htet さん
Q1あなたの研究テーマについて教えてください。
Epoxy resin is widely used as insulating material for electric power apparatuses such as power transformers and switchgears, where voids from manufacturing imperfections can cause high electric fields, leading to partial discharges (PDs). PDs indicate insulation deterioration and shorten equipment lifespan. This study aims to develop a reliable diagnostic technique based on PD measurements to evaluate insulation condition, estimate remaining lifespan, and identify optimal replacement timing, ensuring improved reliability and longevity of molded transformers.
Q2いつ頃から大学院博士後期課程への進学を意識しましたか？
Growing up in an environment that valued education, I recognized its transformative power early on and first considered a doctoral program during my undergraduate studies. Immersing myself in academic research as a master’s student, along with insightful discussions with my professor and exposure to advanced research, deepened my interest in pursuing a Ph.D. journey. This aspiration drives me to achieve the highest academic level, providing an ideal platform to deepen my expertise and make meaningful contributions to my field.
Q3大学院博士後期課程での学生生活について教えてください。
I spend long hours in the lab conducting experiments and troubleshooting, while also presenting my research at international conferences and domestic seminars, which broaden my knowledge and inspire innovation. As an international student, I also balance coursework, research, and learning Japanese language for daily life. These experiences have enhanced my time management, problem-solving abilities, and resilience, preparing me for the academic and professional demands of a Ph.D. program and shaping me into a well-rounded and capable researcher.
Q4次世代研究者挑戦的研究プログラムに採用後、何か変わりましたか？
As a privately funded student, being selected for the “Next Generation Researchers Challenging Research Program” has profoundly enhanced my Ph.D. journey. Beyond financial support, it has brought valuable opportunities such as mentorship, access to advanced resources, and participation in academic conferences. These experiences have broadened my perspectives, fostered collaborations, and enriched my research process. The program has transformed my daily life as a Ph.D. student, providing not just financial stability but also meaningful growth in both academic and professional realms.
Q5将来の目標について教えてください。
After completing my Ph.D. program, I would like to contribute to this education and research experience from my capacity as a university lecturer where I can teach, conduct research, and inspire the next generation of researchers. Specifically, I would like to focus on fostering the young generation through lectures in academic institutions, knowledge sharing through exchange programs, and joint research. Additionally, I am committed to exploring PD diagnostics techniques and making meaningful contributions to the fields of technology and innovation, to shape the future of electric power systems.
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宮崎大学 次世代研究者支援室
