I am a statistics student with strong R programming skills, research experience in public health, and a growing interest in applying quantitative methods to real-world challenges.
Overview
2
years of professional experience
Work History
University of Illinois, Urbana-Champaign
Undergraduate Research Assistant
03.2025 - Current
Job overview
Use Python for spatial-transcriptomic analysis of 230 post-mortem human brain samples across three cortical regions (CR, PFC, VC) to investigate C1Q-mediated immune regulation in aging and Alzheimer’s disease.
Performed exploratory data analysis and demographic stratification to identify confounding effects of age and gender on C1Q gene expression, followed by transcriptome-wide residualization using linear modeling.
Identified C1QA, C1QB, and C1QC co-regulators via Pearson correlation and visualized region-diagnosis-C1Q specific networks using correlation heatmaps.
Executed gene ontology enrichment analysis of C1Q-centered networks, revealing a shift from adaptive immune regulation in controls to complement activation and neutrophil-associated inflammation in AD.
Beijing Food Inspection and Research Institute
Research Intern
09.2024 - 01.2025
Job overview
Analyzed over 1 million vegetable inspection records to investigate dynamic food safety risk factors and enhance regulatory precision and scientific validity.
Used R to conduct stratified sampling, feature engineering, and explorative data analysis.
Constructed Elastic Net, Random Forest, and XGBoost models; fine-tuned hyperparameters with 10-fold crossvalidation; identified Random Forest as the optimal choice with 85% AUC score.
Analyzed feature importance on high-risk factors annually; revealed the evolution of stable long-term factors, dynamic changes, and emerging high-risk factors.
Completed an academic poster summarizing research results.
Key Lab of Food Safety
Research Intern
07.2023 - 02.2024
Job overview
Participated in the project of "Research on the Distribution Law of Higenamine".
Developed dashboards using Tableau to visualize quarterly food sampling results, providing the team with clear indicators and trends.
Utilized R to conduct multidimensional statistical analyses on higenamine content in samples of pepper, Sichuan pepper, and bay leaves; used R ggplot2 to visualize the result.
Utilized ArcGIS to create multidimensional national distribution maps of higenamine mean and median values; used MySQL to build a database of higenamine distribution across different species and regions.
Compiled a ~20-page research report, adopted by suppliers of athlete catering.
Education
University of California, Santa Barbara (UCSB)
Bachelor of Science from Actuarial Science
06.2026
University Overview
Graduate Level Course: Machine Learning, Time Series, Statistical Data Science, Uncertainty Quantification
Research Assistant at University of Illinois Extension, University of Illinois Urbana, ChampaignResearch Assistant at University of Illinois Extension, University of Illinois Urbana, Champaign