🌵
Brewing code...
Wanted Post
Howdy! I'm,

Brandt Ousley

Code slinger in the digital frontier.

About This Wrangler

Brandt Ousley

Howdy! I'm Brandt Ousley, a Software Engineer at The Lunz Group. With a B.S. in Computer Science from USF, I build full-stack software in C#/.NET and the Revit API. I architect automation pipelines and digital tools that help push the limits of BIM technology.

When I'm not wrangling code and debugging gremlins, you'll find me exploring new coffee shops, spending time outdoors, and hanging out with family.

...(p.s. probably at a new coffee shop)

My Arsenal

BIM & .NET

  • C# / .NET
  • Blazor
  • WPF
  • Revit API
  • Autodesk Construction Cloud (ACC)
  • Revit 2024 / 2026

Programming Languages

  • C#
  • Python
  • C / C++
  • JavaScript
  • Assembly (x86, RISC-V)

Web Development

  • HTML/CSS
  • React
  • Node.js
  • Express.js
  • Bootstrap
  • Flask

Databases

  • SQL
    • ▹ MySQL
    • ▹ PostgreSQL
  • MongoDB

DevOps & Systems

  • Git
  • Docker
  • AWS
  • VM
  • Linux

Education

University of South Florida

B.S. - Computer Science

Minor in Psychology

Quests Completed

Full Stack Healthcare Web App: MediPortal

Co-Led development of a full-stack healthcare web app using React.js, Express, and PostgreSQL, featuring user authentication, dynamic patient dashboards, and database integration with 8 relational tables and 20+ custom SQL queries including a trigger for unique ID generation

Wi-Fi-Controlled Motor PWM System

Developed a Wi-Fi-controlled PWM system for a 12V DC motor (fan) using a TI microcontroller, ESP32 Wi-Fi module, Bluetooth terminal app, 2x16 LCD screen, and H-bridge motor driver, with embedded C programming to control motor speed via a smartphone app and display real-time speed updates on the LCD screen

Custom Unix Shell ('Rush') – C, Linux

Developed a full-featured Unix shell in C with command parsing, built-in commands (cd, exit, path), output redirection, parallel execution, path resolution, and robust error handling using low-level system calls

Robot Motion Planning with Bug Algorithms

Designed and programmed a mobile robot to autonomously reach a goal while avoiding obstacles using PID control and the Bug Zero algorithm. The system integrated real-time camera and LIDAR sensor data in a Webots simulation environment, enabling the robot to detect objects, switch between goal-seeking and wall-following behaviors, and navigate complex mazes from any starting position

see report →

Get to Know Me

Beyond code and circuits, I express myself through music and adventures. Below you'll find some of my favorite tunes that fuel my creativity and glimpses of places that have shaped my perspective.

Recent Adventures

My Spotify Top 10

<

Get in Touch