- Configured and deployed Yocto-based embedded Linux distributions and board support packages (BSPs) for custom hardware based on Xilinx Zynq UltraScale+ MPSoC. Integrated custom third-party Programmable Logic (PL) drivers, device tree updates, and bootloader patches- Utilized Docker development environments to develop C++ applications for a Platform as a Service (PaaS) environment, catering to diverse target hardware and architectures- Provided complete program lifecycle support including initial hardware/software integration, PaaS application configuration, timely feature releases, and end-user support- Developed and delivered user-friendly tools and documentation for facilitating hardware bring-up, implementing boot image redundancy, and managing system configuration changes

- Maintained and improved tools for emulating the F-35 on-board communication systems- Collaborated with numerous software engineers in an agile environment to build large-scale products consisting of C++, Python, Java, Bash, and XML files- Created robust and maintainable object-oriented C++ source code to be run in a real-time environment- Designed and implemented a video capture and streaming application to provide remote interaction via UDP- Worked closely with customers to provide product support and improve user experience

Enterprise Technology Section at the Department of Defense- Refactored an existing code base for a multipurpose tool into several distinct capabilities and a shared module for common functionality- Maintained, added new features, and improved upon existing tools consisting of Python scripts, bash scripts, C software modules, and x86 assembly snippets-Supported the full software development cycle of new capabilities requiring secure network communication- Documented requirements and user guides for newly released tools- Used the Atlassian tool suite (Jira, Confluence, Bamboo, Crucible, etc) for issue tracking, code reviews, and testingInternal Projects- Custom-implemented sensors for a ZigBee mesh network using Arduinos, various sensors, a Raspberry Pi, and ZigBee radio modules to record environment data- Provided guidance and technical assistance to an intern project for testing packet transmission efficiency and range limitations between a network of ZigBee radio modules in different environments- Prepared and assisted in internal workshops employing Raspberry Pi IoT projects

- Improved the efficiency of a floating-point vector accumulator function by about 30% through integration and optimization of individual functions- Designed, developed, and tested a file parser to overcome file size restrictions and enable communications between deployed systems and the end user- Designed, developed, and tested Python scripts to dynamically create udev rules based on customer requirements- Implemented a USB device parser to retrieve key attributes of connected devices and deterministically create udev rules

- Created programming interface between two PIC microcontrollers to read and write data using a MOSFET circuit and C code.- Imaged and analyzed a microcontroller using industrial equipment.- Identified logic gates using transistor level images.

- Trained employee on implementation of a data-tracking spreadsheet that I developed.- Produced AutoCAD drawings of plant layouts.

- Cooling and power management.- Planned infrastructure for new space with team.- Produced AutoCAD layouts.- Shadowed electrical engineers for two weeks, learning about power engineering and project management.

- Produced AutoCAD drawings and layouts.

- Created automated Excel spreadsheet to track and analyze data.- Produced AutoCAD P&ID diagrams.