01
Predictive machine learning
Build features and compare tree ensembles for forecasting, stock ranking and structured prediction tasks.
Python · scikit-learn · LightGBM
Explore related workUBC Statistics · Class of 2027
周梓洋
Machine learning, grounded in statistics.
I'm Ziyang Zhou (周梓洋), a UBC Statistics undergraduate focused on applied machine learning. My strengths span feature engineering, predictive modeling and rigorous validation, with work in forecasting, financial prediction and AI systems.

Ziyang Zhou
Applied Machine Learning · Statistical Modeling | UBC Statistics
01 / FOCUS
Three connected areas: building models, testing their reliability and turning them into useful applications.
01
Build features and compare tree ensembles for forecasting, stock ranking and structured prediction tasks.
Python · scikit-learn · LightGBM
Explore related work02
Design temporal and grouped validation, check information leakage and use statistical reasoning to interpret model behavior.
Cross-validation · Backtesting · GLM
Explore related work03
Explore computer vision and model unlearning, and build LLM tools with explicit workflows and inspectable outputs.
PyTorch · RetinaNet · LLM tools
Explore related work02 / SELECTED WORK
A LightGBM competition project that ranks stocks for a five-stock allocation and compares models across historical time periods.
A Kaggle project comparing ways to reduce unwanted detections in a supplied RetinaNet model while retaining useful predictions.
A Python coding-assistant prototype using DeepSeek, with file tools, test execution, session history, and context management.
03 / EXPERIENCE
Work Experience
Anhui Shusheng Data Technology Co., Ltd.
May 6-31 & Aug 3-31, 2026Hefei, China
Work Experience
Shanghai Guangbo Hi-intelligence Technology Co., Ltd.
Jun 8 - Jul 31, 2026Shanghai, China
04 / BACKGROUND
Machine learning is my focus. Statistics is the foundation. I bring them together through predictive modeling, disciplined validation and practical AI systems.
I'm Ziyang Zhou (周梓洋), a fourth-year Statistics undergraduate at the University of British Columbia (UBC), expecting to graduate in May 2027. My strengths are applied machine learning, statistical modeling and model evaluation. I work across the modeling process: defining prediction tasks, engineering features, training models and testing how well they generalize.
My core toolkit is Python, scikit-learn and gradient-boosted trees, including LightGBM. I apply these methods to forecasting and financial prediction, with particular attention to information leakage, temporal validation and the value of each new feature. In industry, I worked on electricity consumption forecasting at Shusheng Data and GLM-based insurance pricing support at Guangbo.
05 / TOOLKIT
06 / CONNECT
I am looking for internships and graduate opportunities in machine learning, predictive modeling and applied AI. I expect to graduate from UBC Statistics in May 2027. For opportunities or technical collaborations, email is the best way to reach me.