Brian Guzman Cosme

Senior Embedded Software Engineer | Real-Time C++/Linux, FPGA Interfaces & Integration/Test

Summary

Senior embedded software engineer with a B.S. in Electrical Engineering, 8+ years in C/C++/Python, and 5+ years developing real-time, hardware-facing systems for radar, FPGA, Linux, and networked diagnostics. Experienced in flight-test support, software integration, TCP/UDP communication, control software, and cross-discipline SW/PL/HW coordination.

Technical Skills

Languages & Markup: C, C++, Python, MATLAB, C#, Rust, JavaScript, HTML, CSS, QML

Embedded/Systems: Linux, real-time systems, multithreading, FPGA interfaces, hardware/software integration, TCP/UDP, network protocols, diagnostics, control systems

Frameworks & Platforms: Qt/QML, SwiftUI, Flutter, Node.js, WebAssembly (WASM), WinForms, Docker

Tools: CMake, Git/GitLab, CI/CD pipelines, Visual Studio, MATLAB, Wireshark, Jira

Communication: Bilingual in English and Spanish

Professional Experience

Lockheed Martin Missile Fire Control

Software Engineer III | Orlando, FL

09/2024 - Present

  • Served as Software Integration & Test Lead for radar flight-test efforts, translating software, programmable logic (PL), and hardware needs into integration priorities and coordinated test execution.
  • Owned radar-control UI software for system operation and hardware-facing test workflows, enabling operators to control radar behavior during integration and flight-test activities.
  • Developed an AIS browser utility for boat location and detection, connecting location data with hardware-connected radar test activities.
  • Managed one software engineer and one systems engineer across software delivery, integration tasks, and system test procedure execution.
  • Led hardware-management test procedures, lab quality validation, and user guide documentation to standardize software operation and repeatable test workflows.

Software Engineer II | Orlando, FL

03/2021 - 09/2024

  • Supported software development for radar control, embedded systems, and flight chamber test software through hardware integration and mission-critical test execution.
  • Developed multithreaded C++ and Linux UDP software for radar data processing and system diagnostics, handling multiple data channels up to 100 Gbps.
  • Implemented real-time radar processing algorithms, including Constant False Alarm Rate (CFAR), motion compensation, and platform navigation status for live data analysis and visualization.