Electrical & Computer Engineering Student
Santiago
Troya
Building at the intersection of hardware and software. Computer Engineering student at Temple University with a focus on embedded systems, power systems, and signals and systems.
Featured Projects
Selected Work
Project Screenshot
AI/ML
FlightPod Drone Detection
Real-time computer vision pipeline running YOLOv11n at 40-60 FPS on RTX 4070 GPU, with sub-100ms latency via ZeroMQ IPC bridge to MATLAB flight controller.
Source
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Hardware
Digital Piano on FPGA
Full polyphonic digital piano implemented in Verilog on Intel DE10-Lite FPGA. Real-time audio synthesis with multiple octave support and direct speaker output.
Source
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Systems
Polymorphic Serialization
A compile-time polymorphic serialization library in C++ that avoids virtual dispatch entirely. Achieves zero-overhead serialization for embedded targets.
SourceTech Stack
Tools & Technologies
// Languages { "primary": ["C++", "Python", "C"], "hardware": ["Verilog", "SystemVerilog"], "scientific": ["MATLAB", "LaTeX"] } // Embedded & Hardware { "mcu": ["ESP32-S3", "Arduino"], "fpga": ["Intel DE10-Lite FPGA"], "protocols": ["I2C", "UART", "GPIO"], "lab": ["Soldering", "Breadboarding"] } // Computer Vision & AI { "detection": ["YOLOv11n"], "automation": ["n8n"], "agents": ["LLM Agents"] } // EDA & Design { "pcb": ["Altium", "KiCad"], "cad": ["SolidWorks"], "sim": ["NI Multisim"] } // Power Systems { "analysis": ["PowerWorld Simulator"] } // Tools { "vcs": ["Git"], "os": ["Unix/Linux"], "ipc": ["ZeroMQ"], "hosting": ["GitHub Pages"] }