Darren Darius

Stocks Portfolio Optimizer

Stocks Portfolio Optimizer Check out my live deployed project: 📊 Stocks Portfolio Optimizer Project Overview The Stocks Portfolio Optimizer is an interactive web application that helps users create optimized investment portfolios based on Modern Portfolio Theory. This tool enables investors to select stocks, set investment constraints, and visualize the efficient frontier to identify optimal asset allocations that maximize returns while minimizing risk. Technologies Used Python: Core programming language Streamlit: Interactive web app framework Financial Analysis: Historical stock data analysis and processing Optimization Algorithms: Portfolio optimization using mathematical models Data Visualization: Interactive charts and efficient frontier visualization Render: Cloud hosting platform for the application Key Features Stock Selection: Choose from a curated list of popular stocks or input custom tickers Portfolio Optimization: Find the optimal allocation of assets using Modern Portfolio Theory Efficient Frontier Visualization: Interactive chart showing risk-return tradeoffs Risk Analysis: Detailed breakdown of portfolio risk metrics Investment Constraints: Set minimum and maximum allocation constraints Performance Backtesting: Evaluate historical performance of optimized portfolios Modern Portfolio Theory This project implements Harry Markowitz’s Nobel Prize-winning Modern Portfolio Theory, which demonstrates that an optimized combination of assets can provide better risk-adjusted returns than individual assets.

Traffic Accidents Shiny

Traffic Accidents Shiny This project is an interactive dashboard built with R Shiny for visualizing and analyzing traffic accident data. It features dynamic charts, advanced data filtering, and geospatial mapping to help users gain insights from accident datasets. Introduction Traffic accidents are a major concern in urban areas. This dashboard provides an intuitive way to explore accident trends, locations, and contributing factors using interactive tools. Features Dynamic charts for accident trends and statistics Data filtering by date, location, and accident type Geospatial visualization with interactive maps User-friendly interface powered by R Shiny Technologies Used R Shiny Data Visualization Geospatial Analysis Visit the live project here!