My work experiences across different companies and roles.
• 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
• 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%
• 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
• 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
Maintained by Orion
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