Experienced in leveraging diverse programming languages (C#, Python, Java) and Artificial Intelligence/Computer Vision technologies to optimize industrial processes. Iterative development methodologies and user-centric design enhance product functionality and operational efficiency.
Leverage C# and Python for UI design and development of industrial software, focusing on LCD panel visual guidance, high-precision defect detection, and manual review systems. Engage in algorithm development, training, and knowledge sharing for LLM, computer vision, and AI image recognition. Collaborate cross-functionally with teams, on-site personnel, and clients to align product direction. Delivering measurable improvements in operational efficiency and product quality.
Completed comprehensive training in futures fundamentals, workplace etiquette, and department operations. Coordinated corporate annual conference preparations, including Adobe Photoshop image editing, venue setup, event photography, and Adobe Premiere video editing. Assisted the General Management Department with daily affairs such as personnel handovers, project planning, and document review. Developed an efficient workflow methodology (Research-Consultation-Thinking-Review) to streamline decision-making and cross-departmental collaboration.
Thesis: "Expressive Timing Analysis in Classical Piano Performance"
Key Courses: Probability and Mathematical Statistics, SAS Financial Experiments, University Computer Programming (VF), Principles of Tax Law
Beyond software development, I am passionate about music—with 4 years of self-taught guitar experience and participation in band performances. I also enjoy language acquisition, proficient in English for academic research and daily communication, and have basic knowledge of Spanish and Japanese.
I actively engage in public speaking and teaching activities, having hosted multiple large-scale corporate events. In my free time, I explore cutting-edge technologies in AI and computer vision, experiment with open-source projects, and maintain a habit of fitness and sports to balance physical and mental well-being. I also enjoy reading technical literature and collaborating with peers to share insights on algorithm optimization and industrial software innovation.
