Tiago Thompson

I am a dedicated Software Engineer with 10+ years of experience with a focus on development, architecture, and continuous learning. Throughout my career, I have honed my skills in software architecture and developing, team management, and DevOps, making me a well-rounded professional capable of delivering high-quality software solutions. With a strong background in statistics, mathematics, finance, and programming, I possess a comprehensive understanding of software engineering principles and analytical thinking. My goal is to deepen my programming knowledge and build robust, scalable systems. By staying updated with emerging technologies and best practices, I strive to create innovative solutions and contribute to project success. I am passionate about leveraging my expertise to drive technological advancements and solve complex problems.

Project RPA Platform

• Developed a comprehensive RPA platform for coding, deploying, and orchestrating Python bots.
• Built using C++/Qt, with embedded Python and V8 interpreters to facilitate Python-based bot creation.
• Enabled bots to crawl and connect to various data sources such as websites, APIs, and emails.
• Implemented a lex/yacc approach for parsing data effectively.

Project Authentication and Authorization

• Developed Authentication and Authorization server consisting of two components:
• OAuth2 Server Microservice: Implemented in TypeScript using Express to validate and generate access/refresh tokens for other services.
• User Interface Site: Built in TypeScript using Vue, responsible for delivering the interface for user registration and managing authorizations for services involved in the Authentication process (login screen).

Rust Generic Matcher Library

• Developed a Rust module specifically designed for TypeScript projects, enabling the matching of two lists of JSON objects, similar to a SQL join table operation, specialized in matching huge lists.
• The library provides a versatile match function with numerous functionalities, allowing users to configure complex matching logic on large lists.
• Utilizes the node N-API to seamlessly integrate Rust with JavaScript.

Python Security Register App

• Developed a desktop application in Python using PyQt to facilitate the registration of financial securities into a database (MySQL).
• Users can create and save rules within the application to automatically populate specific fields based on the type of security being registered.
• The application connects to the Bloomberg service to collect relevant information and autofill certain fields according to the defined rules, streamlining the registration process and reducing errors.

NodeJS Schedule Server

• Developed a service using Node.js and TypeScript to create a scheduler that executes jobs from a Redis queue.
• Jobs can be configured using a CRON schedule config file, allowing them to run periodically based on the defined schedule.
• The server spawns child processes to ensure the smooth execution of jobs, providing comprehensive API-based metrics reporting for each job.
• This server was made to operates using Raft , having many instances where the leader functions as the job creator and controller and the followers function as job consumers.

Rust App Repo

• Developed a Rust application using Rocket as the API framework, comprising a command-line interface (CLI) app with server and client components.
• Functions as remote repository manager for receiving binary application files in the form of folders containing all the necessary files to be managed.
• The client component allows users to send files to the server, while the server handles diffing and version management of the apps files, ensuring efficient storage by saving only increments and creating distinct versions
• The client can upload, update, or download different versions of the app from the repository, providing flexibility in app management.

Rust Bot Orchestrator.

• Developed a Rust application that create a Complex Event Process (CEP) server connected to Redis.
• Watch Redis Streams (events) and transform them into RX (reactive observables) Stream.
• DSL (Domain Specific Language) to program the interaction of events (CEP) to generate new streams to be watched based in complex logic.
• API to interact with the server (Rocket) where all server communication can be handled.
• The server was made to be resilient (High Availability) where can be many instances running at same time managed by a Raft algorithms.