Jake Cheng, 鄭皓宇 

從小我就是一個富有好奇心和想像力的人，充滿求知慾的我總是渴望看到世界如何發展和進步。對我來說，所謂的「未來」是一個非常令人感到興奮的概念。打從小學開始我便受到雙語教育的栽培，多虧了來自美國與加拿大的外籍老師我從小就接觸到了美式教育，而這樣的教育也使我成為一個大膽且有創造力的人。

除了美語之外我對程式語言與機械設計也抱有很大的熱忱，起初我僅僅是利用下班空閒時間去學習如何撰寫程式，直到後來漸漸深入以後才決定全心投入職訓局進修，在這過程中學習到了多種不同程式語言與實際應用方式(C/C++/Python/JavaScript等)，除了程式設計以外也學習到如何與機械硬體整合連動。

職訓專題期間我與組員設計了一台桌上型自動化四軸機械手臂，從設計、繪圖、3D列印、硬體組裝、配線再到程式設計直至最終的角度修正與夾取測試都給我帶來了相當大的挑戰，比如測試過程中曾一度因為伺服馬達扭力輸出過大而燒毀，直到調整程式碼修正轉速與角度（還有買了顆新的伺服馬達）才解決過熱的問題。從這整個過程中我深切了體會到軟體與硬體結合的不容易，也體會到了設計一樣產品時進行高強度壓力測試的重要性。

From a very young age, I have always been an inquisitive and imaginative person, always eager to see how the world develops and progresses. For me, the concept of the future is a very exciting idea.

Ever since Elementary,  I have been nurtured in bilingual education. Thanks to the foreign teachers from the United States and Canada, I was exposed to American-style education from a young age, and this kind of education made me a bold and creative person.

In addition to English, I am also passionate about programming languages and mechanical design. At first, I only used my spare time after work to learn how to write code, but as I delved deeper into it, I decided to take vocational training classes and further my education. During the course, I learned multiple programming languages and practical application methods (C/C++/C#/Python/JavaScript). 

Aside from software programming, I've also learned how to integrate and interact with mechanical hardware. During group project, we designed a automated four-axis robotic arm. From design, drawing, 3D printing, hardware assembly, wiring, to programming and final angle correction and grip testing, it brought me considerable challenges. For example, during the testing process, the servo motor output torque was too large and burned out, which was eventually solved by adjusting the program code to correct the speed and angle (and a new servo motor). Through this entire process, I deeply realized the difficulty of combining software and hardware, and the importance of conducting high-intensity pressure tests when designing a product.