Chang Ye (Eric)
Contact Information
- Address: 11 Hoi Fan Rd, Tai Kok Tsui, Kowloon, Hong Kong
- Email: chang.ye@my.cityu.edu.hk
- GitHub: github.com/Yechang618
- Phone: +(852) 9635-9732
About Me
I earned my Ph.D in Electrical Engineering from the University of Rochester, specializing in statistical modeling, machine learning, and deep learning for relational data. I am also pursuing a M.Sc in Financial Engineering.
My expertise lies in developing machine learning algorithms, statistical analysis, predictive modeling, and optimization. I also have hands-on experience in financial data processing and implementing Large Language Model (LLM) for financial forecasting.
Skills & Expertise
- Machine Learning & AI: Large Language Models (LLMs), Deep Learning (DL), Graph Neural Networks (GNNs), LightGBM
- Financial Modeling: Backtesting, Option Pricing, Fixed Income Securities
- Programming & Development: Python, TensorFlow, PyTorch, NumPy, Pandas
- Data Analytics & Finance: Certified in Data Analytics and Finance & Quantitative Modeling
Research & Work Experience
During my doctoral studies, I worked extensively on statistical modeling and deep learning techniques. My research on blind deconvolution for graph signals showcases my ability to design and implement sophisticated mathematical models. Additionally, I developed an efficient and interpretable deep neural network (DNN) architecture that outperformed state-of-the-art GNNs in source localization tasks on real-world datasets.
I specialize in the core quantitative workflow: building predictive models from market data and deploying algorithms for global exchanges. As a Quantitative Research Intern at Junli Capital, I developed a cryptocurrency basis arbitrage strategy using a low-latency WebSocket pipeline and a fine-tuned time-series transformer for forecasting short-term dynamics on 100ms-level order book data.
Projects & Contributions
I am an active contributor to open-source projects and frequently share my work on GitHub. My projects include implementations of advanced statistical models, deep learning algorithms, and financial data analysis techniques.
Closing Thoughts
I am excited about opportunities where I can apply my technical expertise, analytical mindset, and problem-solving skills. I look forward to collaborating with professionals and contributing to innovative projects in machine learning and quantitative finance.
My photo
To know more about me, check my beautiful photos at 500px!