Lee Jung Min

I believe that trying to understand the other person's perspective is a fundamental value. During my school days, I often heard my friends say that I seemed to lack empathy. I've had my share of misunderstandings and strained relationships in conversations where my genuine feelings didn't quite come across. At first, I thought being honest was the issue, but I came to understand that being able to see things from the other person's perspective and empathize with their feelings is crucial. A key experience was preparing a presentation for a project that analyzed the root causes of defects in semiconductor devices. The presenter faced difficulties in preparing for the presentation just before the scheduled date. Initially, I thought the preparation was lacking, but upon reviewing the team's project's progress, I realized that we frequently adjusted our direction and data, and since the details were only shared among a few team members with the same role, I think it would have been challenging for the presenter to grasp the overall flow. With the presenter, I reviewed the materials, distilled the key points, and provided feedback to ensure a smooth flow during the presentation practice. As a result, the presenter regained his confidence and was able to deliver a successful presentation. From the perspective of empathy, I've come to believe that truly understanding the other person is the foundation for building a relationship. I believe this attitude will be a significant asset in process engineering roles that require seamless collaboration across departments.

• 2025-05 ~ 2025-08 Let's Educate is a lifelong education center that cultivates core talent in the fields of science and engineering
• K-Digital Training's Convergence Course for Semiconductor Process Engineers focuses on hands-on data analysis, covering front-end and back-end processes, device characteristics, ANKR process simulation, Python, EDA analysis, and low yield, PR pattern, and device specification analysis to identify root causes and develop improvement strategies
• 2025-03 ~ 2025-03 L Campus
• NCS Post Semiconductor Process Training: Overview of Post Semiconductor Process, Packaging Process, Package Testing, and TSV Learning
• 2025-02 ~ 2025-03 L Campus
• NCS semiconductor major course covers the fundamentals of semiconductor devices and the types and principles of eight key semiconductor processes. It also includes analysis of MOSFET structures and an introduction to wafer types
• 2025-01 ~ 2025-03 Nvision Lab
• The course covers semiconductor process technology, including learning device and process parameters, as well as machine learning-based process anomaly detection and classification of defects using Wafer Map and CNN
• 2024-12 ~ 2025-01 Nvision Lab
• Data Analysis Core Competency Development Program: Python and EDA, Statistical Analysis and Visualization, and Manufacturing Data Analysis Project Implementation
• 2024-09 ~ 2024-09 Semiconductor Process Technology Training Institute
• Semiconductor patterning process training, including hands-on experience with cleanroom operations, wafer handling, and dry etching processes
• 2024-09 ~ 2024-09 Korea Career
• Learning 6 Sigma GB statistical tools and 6 Sigma-based quality management methodologies, and implementing DMAIC based sales improvement projects