Seeking a challenging position in the R&D department where I can leverage my programming expertise, customer consultation skills, and training capabilities to contribute to innovative product development.Work experienceField Application Engineer at Delta Electronics Sep 2018- Sep 20211. Executed machine programming tasks for the R&D department, utilizing FAE expertise to expedite the overall project schedule by 35%.2. Managed exhibition booth programming for major events, including Hannover Messe and Automation Taipei. Achieved a 50% increase in new product inquiries and an additional 17% growth in potential client engagement.3. Developed instructional materials for new products, delivering educational training to domestic and international subsidiaries and distributors. Resulted in a 70% increase in product maintenance rates.4. Attained a four-star qualification (System Integration and Solution Development) in the initial internal evaluation, ranking among the top two performers in the department.CourseworkNTUST M.S. Electrical Engineering Sep 2021 - Sep 2023Master’s Thesis - Continual Test-Time Adaptation with Weighted Contrastive Learning and Pseudo-Label CorrectionTechnology Used: Python, Pytorch, Ubuntu, TX21. This approach enhances feature extraction capabilities, minimizes error accumulation, and improves adaptability in dynamically changing target domains through contrastive learning.2. Achieved a 17.78% reduction in the average error rate and a 3.46% decrease in experiments with gradually changing target domains. Notably, deployment experiments on edge cameras (TX2) demonstrated a promising frame rate increase ranging from 25% to 32%.3. The application of the proposed continual testing time adaptation to existing contrastive learning methods resulted in a substantial average error rate reduction, ranging from 49.5% to 60%.Academic Project - Embedded OS Implementation and Analysis using uC/OS-IIGrade: ATechnology Used: C, RTOS (uC/OS-II)1. Executed the development of an RM scheduler and EDF scheduler within the uC/OS-II environment. Analyzed and implemented solutions for sporadic and aperiodic jobs using DS, CUS, and bandwidth servers.2. Implemented effective mutual exclusion mechanisms utilizing mutex. Conducted a comparative analysis of the performance between NPCS and CPP in managing mutual exclusion scenarios.3. Demonstrated practical skills by deploying uC/OS-II on Arduino Uno, incorporating button-triggered aperiodic jobs. Optimized execution by utilizing constant utilization servers.