I design with vision and code with purpose.

Built on consistency.

Hi! I'm Aryan Singh, a first-year Computing And Financial Management student (Co-op) @ University of Waterloo, who is passionate about the intersection of software, data analytics, and finance!

ABOUT

Hi! I’m Aryan, a first-year Computing & Financial Management student at the University of Waterloo (Co-op). On my free time, I enjoy building projects that are at the intersection of finance and technology, where stocks and code come together to solve real problems.

My interest in FinTech started early - I was introduced to programming, specifcially HTML and CSS, in middle school, where I discovered my passion for coding and technology. As my skills grew, I began exploring the world of finance, and finance-related projects online, which naturally led me into the world of FinTech.

Currently, I’m focused on learning new technologies and building data-driven tools that will shape the future of financial technology. If I am not coding or studying, you can find me watching basketball or baseball!

ROLE
CFM Student
FOCUS
Projects + Growth

QUICK FACTS:

  • πŸ€ ⚾️Favorite Sports: Basketball and Baseball!
  • πŸ“ŠCurrently building at the intersection of finance & technology!
  • πŸ“ˆFollows markets & investing trends!

EXPERIENCE

A summary of my professional experiences and the skills I’ve developed through part-time work, academics, and projects!

Canada's Wonderland

Food & Beverage Service Associate Β· Canada's Wonderland

  • Executed 300+ high-volume financial transactions per shift using Oracle POS systems, maintaining 95–99% transaction accuracy and audit-level accountability during peak operating hours.

  • Supervised and coordinated day-to-day operations across 5–10 associates per shift during peak periods, providing task delegation and resolving real-time operational issues to maintain efficient service flow.

  • Optimized front-line workflows by prioritizing associate responsibilities and adapting processes in real time, supporting efficient service for hundreds of guests per shift in a fast-paced environment.

Mar. 2023 - Aug. 2025
Shelter Them

International Service Project (Global Development) Β· Shelter Them Poverty Relief (NGO) | Brampton Christian School

  • Planned and executed fundraising initiatives, raising $2,000+ and coordinating budget allocation to ensure on-time completion under constrained funding.

  • Collaborated within a cross-functional team of 15+ members to plan and execute a community infrastructure project, meeting all deadlines despite fixed timelines and logistical constraints.

  • Managed resources, materials, and on-site execution during construction of a fully operational cow shelter, ensuring completion within a 2-week timeline under constrained resources.

Mar. 2024

PROJECTS

Here are a few projects I've worked on that showcase my skills and interests in finance and technology. Feel free to explore the code and live demos!

Featured

Market Stress & Crisis Simulator πŸ“‰πŸ“ˆ

Quantitative Risk & FinTech Project

Interactive web app that stress-tests investment portfolios against major historical crises to quantify downside risk and recovery behavior.

  • Replays 3 historical crisis periods (2008 GFC, COVID-19 Crash, 2022 Rate Shock) across U.S. & Canadian portfolios to simulate real-world drawdowns
  • Calculates 6+ portfolio-level metrics including total return, maximum drawdown, annualized volatility, Sharpe ratio, annualized return, and recovery duration over customizable 12–36 month horizons
Next.jsTypeScriptReactTailwind CSSRecharts

Robo-Advising Portfolio Optimizer πŸ“Š

Portfolio Optimization | UWaterloo Challenge

Data-driven portfolio construction engine that builds a market-aligned CAD portfolio using real-time financial data and constraint-based optimization.

  • Processes CSV equity inputs and validates tickers using the yfinance API, filtering by liquidity, market cap, and currency exposure
  • Constructs a $1,000,000 CAD portfolio aligned to S&P 500 + TSX Composite benchmarks while incorporating FX adjustments and transaction cost assumptions
PythonpandasNumPyyfinanceJupyter Notebook

Equity Trend Analyzer πŸ“‰πŸ“ˆ

Quantitative Finance Dashboard

Interactive financial analytics dashboard for evaluating equity momentum, volatility, and signal-based trading strategies.

  • Analyzes historical price data to compute total return, annualized volatility, and max drawdown across user-selected equities
  • Implements quantitative indicators including log-linear regression trend classification, moving average crossovers, and RSI (14) signal generation
PythonStreamlitpandasNumPyMatplotlibyfinance
More Projects

Portfolio Risk Engine πŸ“ˆ

Quantitative Modeling Project

Monte Carlo simulation engine for evaluating portfolio risk-return tradeoffs and identifying optimal risk-adjusted allocations.

  • Simulates thousands of randomized portfolio weight combinations to generate return and volatility distributions
  • Identifies efficient portfolios (e.g., maximum Sharpe ratio) to compare capital allocation tradeoffs across time horizons
PythonpandasNumPyMatplotlibyfinance

Personal Website 🌐

Full-Stack Web Development

High-performance portfolio designed to showcase my technical projects, leadership experience, and quantitative finance work.

  • Built responsive multi-section components (About, Experience, Projects, Contact) with reusable components and clean UI patterns
  • Optimized navigation flow, visual hierarchy, and deployment pipeline for performance and accessibility
Next.jsTypeScriptReactTailwind CSS

Baller (Basketball Roster Manager) πŸ€

Object-Oriented Design & Algorithms

Object-oriented Java application modeling a basketball roster system with clean data structures and algorithmic operations.

  • Designed modular class architecture to manage player creation, search, removal, and sorting using ArrayLists
  • Implemented core algorithmic operations to reinforce data structure manipulation and time-complexity awareness
JavaOOPArrayLists

Mini Python Projects 🐍

Collection of foundational Python programs demonstrating core problem-solving and programming fluency.

  • Built multiple standalone implementations covering control flow, data structures, input validation, and algorithmic logic
  • Strengthened software fundamentals through iterative development and modular program design
Python

CONTACT