A junior Data Science major passionate about machine learning, data analysis, and optimization, with a strong commitment to using technology for meaningful community impact. I love finding solutions for complicated issues.
Overview
1
1
year of professional experience
Work History
Independent Research
Statistics 453: Deep Learning
Madison , WI
03.2025 - Current
Designed and conducted independent research with 3 other students on comparing two face-aging methods built on Stable Diffusion: a fading-based model simulating gradual aging, and a personalized generation model using DreamBooth to retain individual identity.
Trained both models on curated face-aging datasets (UTKFace + FFHQ), using text-guided prompts for controlled aging, and lightweight fine-tuning techniques to preserve key facial features across age transitions.
DreamBooth approach achieved stronger identity consistency. Fading model produced more natural age progression. Insights can inform personalized applications in media, gaming, and longevity research.
Peer Mentor
University of Wisconsin - Madison
Madison, WI
01.2025 - Current
Serve as a peer mentor for CS 540: Introduction to Artificial Intelligence, supporting students in fundamental AI topics such as search algorithms, decision trees, probabilistic models, and supervised learning.
Guide students through assignments involving A* search, Naive Bayes classifiers, and constraint satisfaction problems, reinforcing both theoretical concepts and practical implementation in Python.
Model Optimization
Hanoi University of Science and Technology
Ha Noi , Viet Nam
06.2024 - 08.2024
Participated in a government-backed research project to reduce traffic congestion at six major intersections by analyzing real-time vehicular flow through surveillance video.
Participated in the development and fine-tuning of a YOLOv5-based object detection model to classify and count vehicle types from stored and live video feeds; optimized frame sampling and implemented cloud storage pipelines (AWS S3) to streamline data handling and reduce latency.
Improved vehicle detection accuracy by 18% and cut model inference time by 12.3%, contributing to actionable recommendations for traffic light re-timing and lane restructuring at 4 key interactions during rush hours.
Shift Lead
University’s Housing (Carson’s Market)
, United States
11.2023 - 05.2024
Worked 12–14 hours/week as Shift Lead, regularly volunteering for closing shifts; recognized as Employee of the Month for outstanding dedication.
Fostered team morale and efficiency by supporting coworkers, completing tasks proactively, and maintaining a positive work environment.
Education
High School Diploma -
ST. JOSEPH’S INSTITUTION INTERNATIONAL SCHOOL (SJII)
Research Scholar & Associate (Faculty Staff) at University of Wisconsin Law SchoolResearch Scholar & Associate (Faculty Staff) at University of Wisconsin Law School