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Yeongjin
Yu | Junior AI research
scientist |
Hello! I'm Yeongjin Yu, an AI research scientist specializing in computer vision and natural language processing, driven by a passion for harnessing technology's potential for meaningful change. With a solid foundation in mathematics and statistics, I am driven to explore how AI can revolutionize our interaction both the visual and linguistic worlds. My goal extends beyond mastering technology; I aspire to wield AI as a tool for impactful societal advancements. My focus lies in developing AI-powered visual systems that are not only technically proficient but also ethically sound and socially beneficial. I aim to contribute to computer vision applications that enhance user experiences and provide meaningful solutions to real-world problems. With my commitment to ethical AI and a passion for making a meaningful impact, this portfolio is a showcase of my journey and projects in AI. |
My studies at UOW focused on advanced statistical theories, artificial intelligence, numerical analysis, and linear algebra. The coursework covered a wide range of subjects, including Data Mining and Knowledge Discovery, Statistical Inference, Linear and Generalised Linear Models, Probability, Research Methods, and Financial Calculus, providing a comprehensive foundation in statistical theories and AI. I undertook an extensive research project using R programming to analyze satellite big data. This culminated in my thesis, "Bayesian Identifiability with Application to CO₂ Flux Inversion," where I used Bayes’ theorem, hierarchical models, and Kullback-Leibler divergence to estimate CO₂ fluxes. These academic pursuits highlighted the importance of advanced statistics and analytical techniques in AI.
I majored in Quantitative Methods, gaining a solid foundation in the theoretical and practical aspects of data analysis crucial for AI. My proficiency grew in R for data processing and visualization, and I expanded my skills with Python and Java through elective courses. The curriculum included mathematical subjects such as Calculus, reinforcing my understanding of essential mathematical concepts for AI algorithms. In a significant research project, my thesis "Determining Factors Affecting First-Time Peripheral Intravenous Cannulation Success in the Emergency Department" utilized advanced statistical techniques, such as logistic regression and ROC Curve analysis, to explore real-world healthcare challenges.
This intensive bootcamp significantly deepened my understanding of key frontend and backend technologies, as detailed in the Skills section of my portfolio. Its hands-on curriculum emphasized practical application, which bolstered my skills in teamwork and problem-solving. The program also developed my capabilities in project management, communication, and creative thinking, proving instrumental in laying a solid foundation for my career as an AI research scientist.
Upcoming exciting AI projects will be showcased here.
Aug - Sep 2024 Enhancements (Individual Project)
The projects below, consisting of three team projects and two individual projects, were completed during my time at the Healthcare Web Service Development Bootcamp in South Korea from December 2022 to July 2023. This bootcamp is part of the K-Digital Training initiative, a recognized national program focused on tech education and skills development.
To show the web projects, please click the button below.
yjyuwisely.tistory.com
I
created this blog to store and share what I've learned. It
features various sections, including:
The posts in the following lists were written during my bootcamp in 2023 and are mostly in Korean:
github.com/yjyuwisely
This is the repository for project source codes.
'MO BAO AWARD'
Outstanding Performance in the Field
International Studio of Art and Culture
I participated in the International Studio of Art and Culture program in Bali, Indonesia, as part of the architecture and design department during my undergraduate studies. Through this experience, I immersed myself in the local culture, learning about the region's artistic traditions and refining my skills in photography and painting. I was honored to receive the prestigious MO BAO AWARD, which is presented to the most exceptional student making a positive impact on fellow students. Interestingly, I received this recognition even though my major wasn't in design, which surprised the professors. Reflecting on this achievement, I recall how my curiosity led me to explore new challenges, fostering a passionate and proactive approach to learning and applying new technologies. The MO BAO AWARD represents not only my dedication to pursuing excellence but also underscores how diverse experiences drive personal and professional growth.