Matías Schapiro

A cloud application for financial portfolio management.

A fixed-income platform for analyzing Argentinian bonds. This is an application I built from scratch to help local analysts to make decisions on fixed income assets. This app connects with Yahoo Finance and Bloomberg to get data (prices), and processes the data generating useful information for the analysts, e.g., Nelson & Siegel curves, IRR, etc.

Developed different tools in C# mostly related to the energy sector. These tools are used to minimize the consumption of energy in buildings.

Desktop application for analyzing different kinds of financial derivatives. I implemented quantitative algorithms for search strategies in options and futures markets.

I collaborated on the creation of this tool. It's an application for the health industry, which helps health organizations to organize themselves and produce results in a better way.

I collaborated with Aviata, Inc., developing the Power Engage App for Mac OS. Power Engage is a preinstalled application on computers that helps users and hardware companies to manage their relationships, allowing the user to register hardware components, manage warranties, etc.

I developed a robot controller for an Arduino car. This controller is capable of remembering actions and executing them in the future, e.g., you can schedule a set of movements for each motor, turn on/off the sensors, etc. The car is controlled by using a C# app that connects with the car by using serial communication over Bluetooth.

I developed a tool that allows a company that works with software patents and licenses to analyze different Android mobile apps in order to check if these apps use any of the packages that are protected by their licenses. The idea behind this tool is to automate a very time-consuming process that was done manually. The software is capable of analyzing hundreds of mobile apps without human intervention and provides a report of the packages that are used on them.

I developed a fully automated Amazon MWS Auto-pricer that dynamically adjusts product prices to remain competitive in real time. The system monitors competitor prices, market trends, and seller-defined rules, automatically repricing listings to maintain the Buy Box and maximize sales. Designed with scalability and precision in mind, the tool integrates deeply with the Amazon Marketplace Web Service (MWS) and handles thousands of listings efficiently and safely.

I designed and developed a high-throughput, low-latency analytics engine that processes over 3 billion options quotes daily. Built in C# and C++, the system uses raw sockets, custom binary protocols, and multi-threaded architecture to ensure real-time performance and minimal processing delay. The tool performs live market ingestion, strategy suggestion, and risk analysis at scale.

I built a robust and flexible algorithmic trading engine tailored for the crypto markets, capable of executing complex, user-defined trading strategies within a unified runtime environment. The engine was designed for low-latency execution, high security, and modular extensibility, supporting multiple broker and market data integrations via configurable adapters.

Key features include:

• Real-time order execution with tight latency requirements
• Secure key management and encrypted credential handling
• Plug-and-play architecture for integrating with various brokers and feed providers

Strategy abstraction layer allowing clients to define, test, and deploy custom trading logic