本次演講中，講者先從台灣產業優勢講起，到講者本人實驗室在做的研究 重點介紹，最後是針對同學的提問做回答。 在演講過程中，講者講到他們實驗室在做的無人機設計，為達到續航力提 升、推進力提升、穩定性提升等等的要求，會去參考大自然的生物，做仿生設 計，像是信天翁本生的流線型就很適合飛行，所以他們在設計時，就會參考這 些生物來作為概念之一。但其中令我最印象深刻的，是講者說到信天翁的毛色 差異會造成溫差，進而產生一個更適合飛行的流場。 另外，在回答問題時，教授也有提到現今 AI 議題發酵，不只念資工的人才 重要，機械領域的人才也同等重要，而且自己價值是自己創造的，念機械的人 端看你的目標是甚麼，同樣也可以達到很好的成就。 這次演講我覺得被講者的教學研究熱忱以及正向樂觀的態度鼓勵到，不只 學術知識有提升，對於研究態度以及未來前景方向也頗有啟發，非常喜歡這次 的演講。
撰寫者：碩士班學生 羅予廷
In this lecture, the speaker began by discussing Taiwan's industrial advantages, followed by an introduction to the key research areas of their laboratory, and finally, a Q&A session addressing students' questions. During the talk, the speaker mentioned their laboratory’s work on drone design. To enhance endurance, propulsion, and stability, they incorporate biomimetic design by drawing inspiration from nature. For instance, the streamlined shape of the albatross makes it highly suited for flight, so they use such biological features as part of their design concepts. What impressed me the most was the speaker’s explanation that differences in the albatross's feather colors create temperature variations, which in turn generate a more favorable airflow for flight. Additionally, during the Q&A session, the professor pointed out that with the growing prominence of AI, talent in mechanical engineering is just as important as in computer science. They emphasized that one's value is self-created, and mechanical engineers can also achieve great success depending on their goals. This lecture was truly inspiring—I was not only encouraged by the speaker’s enthusiasm for teaching and research but also motivated by their optimistic attitude. Beyond gaining academic knowledge, I also found valuable insights into research attitudes and future career directions. I thoroughly enjoyed this lecture.
Author : Master student : Yu-Ting Lo