
M.S. in Software Engineering Systems
Northeastern University
Distributed systems, database management, data engineering, and machine learning systems.

I want to understand how the world works—and build what comes next.
That curiosity takes me across finance, software, and experimental science—building simulations, tools for the lab, and courses that invite others to explore.
Explore my researchMy route into research software began with finance.
Training in finance and software engineering took me from analyzing financial data to building the software behind models and experiments. I’m interested in feedback, uncertainty, and making the assumptions behind an analysis clear.
More about my background
Northeastern University
Distributed systems, database management, data engineering, and machine learning systems.

Northeastern University · Major in Quantitative Finance
Computational and empirical methods in finance, financial data analytics, and quantitative portfolio management.
Southern University of Science and Technology

Northeastern University
College of Professional Studies
I developed graduate finance, risk analytics, and quantitative-methods courses, including Python and R assignments, assessments, and Canvas materials.
Courses & teaching roles
Northeastern University
Research collaboration with Aalto University
I lead Flow-CLD / Loopy-v2 development, from the Python simulation engine and React graph editor to model validation, background jobs, and versioned experiment outputs.
Flow-CLD / Loopy-v2
The Rowland Institute at Harvard
Rayshubskiy Lab
I integrated camera acquisition, tracking, and projected feedback for behavioral experiments, with Python and MATLAB work on timing, coordinate calibration, and trajectory diagnostics.
Real-time fly tracking
The 360 Huntington Fund · Northeastern University
Student-managed investment fund · Boston
I researched semiconductor equities using DCF/FCFF and comparable-company valuations, tested assumptions, and presented investment recommendations with ongoing earnings and market updates.
HuaAn Fund Management
Equity Research Division · Shenzhen
I built Python, Wind, and Excel workflows for financial and operating data, peer benchmarks, and demand indicators, with documented regression and forecasting assumptions.
Southern University of Science and Technology
Intelligent tracking and obstacle avoidance
I programmed and field-tested an Arduino/C++ autonomous-car prototype, tuning sensor processing, line tracking, obstacle avoidance, and motor control.
Research in banking supervision, causal-loop and agent-based models, AI-driven financial risk, and sustainable finance.
Turning banking supervisors’ mental models into simulations to study feedback, uncertainty, and assessments of financial stability.
Using causal-loop models to examine how Indigenous governance, digital connectivity, and sustainable finance interact in Alaska.
Accepted for a long presentation · CSS2026, Computational Social Science Society of the Americas
Accepted for presentation · World Finance & Banking Symposium, Riga, 2026
Accepted for presentation · World Finance & Banking Symposium, Riga, 2026
My courses connect financial reasoning with applied analysis through notebooks, cases, and research projects. Expand a course for details; each lists my role in design, teaching, or both.
Notebook-based assignments and applied labs connect return and risk measurement, portfolio construction, CAPM, and factor models to real market data. Students interpret their results through executive-summary reports.
Python- and R-integrated learning activities develop statistical reasoning, data analysis, and reproducible workflows. Canvas-ready modules, assignments, and quizzes connect quantitative evidence to decisions.
Updated modules and project-based exercises explore market and economic data, uncertainty, and risk assessment. Programming-supported workflows help connect model outputs to their assumptions and limitations.
Financial reporting, the relationships between financial statements, transaction flows, and internal controls. Case-based exercises use common-size and ratio analysis to evaluate institutional performance.
Course materials and computational exercises cover valuation, hedging, portfolio strategy, financial time series, efficient-frontier analysis, and stress testing with Python and Jupyter.
Instructional materials and applied activities connect capital allocation, risk–return tradeoffs, and performance evaluation with analytical reasoning and clear financial communication.
A staged project structure connects problem framing and literature review to data collection, model design, analysis, and presentation. Analytical reports and reproducible repositories support the communication of findings.

Software connecting camera acquisition, fly tracking, and projected feedback for closed-loop behavioral experiments.
Python · OpenCV · Cython · MATLAB
Explore the tracking project
A platform for turning causal-loop diagrams into simulations and exploring feedback in regional banking.
Python · NumPy · FastAPI · React
Explore Flow-CLDMy girlfriend, our cat, and a few good climbs.

A silent video of Chenxu climbing a V3 indoor bouldering route from its starting holds to the top.
A silent video of Chenxu climbing a V4 indoor bouldering route from its starting holds to the top.
A silent video of Chenxu climbing a V5 indoor bouldering route from its starting holds to the top.
I’m happy to connect about scientific software, financial simulation, or teaching quantitative methods.
zhang.chenxu@northeastern.edu