I like tinkering with hardware as much as I like writing code, especially when I can use both to build systems where complex behavior emerges from simple rules.
STM32 · FreeRTOS · Sensor Fusion · Custom PCB
A flight-control stack built across the firmware and the board it runs on. It pairs deterministic STM32 sensor and control tasks with a custom board for the MCU, IMU, power, logging, and motor outputs.
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C++ · CUDA · Numerical Methods
A gravitational N-body simulator in C++ with a CUDA backend, built to study integrator accuracy and energy conservation under close encounters, and to measure where a naive O(N²) kernel actually spends its time on a consumer GPU.
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C++17 · Vulkan · UDP/UART · Hardware-in-the-loop
A 120 Hz rigid-body simulation and the bridge that connects it to embedded targets. The engine models the drone, sensors, rotors, wind, and controllers while the bridge moves state and actuator commands over CRC-protected UDP and UART packets.
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GPU Workload · Profiling · Scheduling
Undergraduate researcher at USF's College of AI, Cybersecurity and Computing, studying how to automatically decide where different components of a multimodal AI model should run by measuring how they actually behave on real hardware, instead of relying on fixed placement rules. The work is systems research: profiling, scheduling, resource allocation, and runtime optimization across heterogeneous GPUs. Still early, currently surveying the literature and defining what needs to be measured. More to come.
Languages
Systems & Embedded
Tooling
2026–2028
B.S. Computer Engineering · Tampa, Florida
In progressI'm a twenty-one-year-old computer engineer from Vorarlberg, Austria, based in Tampa Bay, Florida.
I like following a system from the moment a sensor produces data to the point where code turns it into a decision. What interests me most is the behavior that emerges when simple rules, feedback loops, and physical hardware begin interacting.