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UCF's technical coursework has been transformative, giving me context and depth while directly complementing my projects, roles, and personal growth.
OS Design Principles – This course deepened my OS intuition. For the final project, I built a Linux kernel module that measures syscall latency under varying system loads.
Computer Architecture – This course built my intuition for how processors are designed, moving from RISC-V programs to a sequence of projects that ultimately formed a complete pipelined CPU.
Embedded Systems – This course focused on low-level programming with timers, interrupts, communication protocols, and a lab that brought it all together on a TI microcontroller.
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C
C++
Linux
Bash
RiscV
Python
ROS2
Docker
Verilog
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• Working on firmware to support GPU microcontroller functionality
• Working on firmware to support GPU microcontroller functionality
• Maintaining a large, legacy embedded software stack, supporting implementation, debugging, and integration work across a broad range of system components
• Analyzed highly-pipelined binary telemetry and coordinated with firmware, software, and test teams to isolate a longstanding timing misalignment across subsystem boundaries, resolving a persistent test failure
• Established console/network access across embedded modules, leveraging serial and TM logs to execute target ATPs
• Stabilized numerous embedded baselines by diagnosing bootloader and RTOS parameter faults across internal modules, increasing bring-up consistency and reducing reprogramming failures
• Replaced error-prone manual reconciliation with a scripted workflow that unified distributed asset and inventory data, reducing manual effort by ~50%
• Developed a gimbal module and improved roll-estimation stability by ~25% by integrating sensor-fusion algorithms and analyzing flight logs with custom C++ tooling to correct fusion-weighting drift
• Evaluated multiple Linux distributions to select a stable OS baseline for a containerized flight-software stack, resolving environment-specific errors and confirming consistent service and container behavior
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Outside of technical work, I've been involved in a variety of other experiences, from clubs and competitions to events and community.
• Leadership and service through UCF LEAD Scholars
• Technical community and networking through IEEE and other RSOs
• Scholarship support including a study abroad in Rome
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A Linux kernel module that measures system call latency under varying load, built as part of an OS course project.
Software team work for IEEE UCF’s SoutheastCon 2024 hardware competition robot.
My explorations in low-level hardware, microcontrollers, and real-world interfacing.
My experiments in computer architecture, operating systems, automation, and environment building.
My explorative work in backend logic, service architecture, and full-stack infrastructure.
Maintained by Orion
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