* Develop applications and device drivers for VxWorks real-time OS* Port industrial-scale C++ application code to new device and software libraries* Create and improve CI/CD pipeline for team integration* Test and debug on hardware via lab tools (JTAG, DLA, oscilloscope, etc)* Implement and test various military communications technologies* Custom build infrastructure development via scripting and build tools: Bash/cmd, Perl/Python, Makefile, etc

* Design and implementation of software for embedded processors from low-level device drivers to customer applications* Extensive work with Linux kernel/drivers, esp. networking/industrial ethernet protocols* Assembly firmware development for real-time core (PRUSS)* RTOS/Baremetal driver and application development using TI-RTOS* Interacted with customers, providing technical support; consulted with several lead customers* Utilized production scale software development process and tools including JIRA, Git/Bitbucket, Confluence* Pre-silicon software/hardware validation using SoC simulation* Product/SDK integration and test automation using Yocto/Jenkins/scripting

* Research involved using machine learning to detect malware utilizing both static and dynamic analysis techniques as well as custom program level features (https://ieeexplore.ieee.org/abstract/document/8659373)* Achieved ~99% accuracy classifying malicious vs. benign programs on substantial (400k+) datasets* Use of various ML techniques including SVM, RF, neural nets, ensemble classifiers, dimensionality reduction using tools including Scikit-Learn, TensorFlow/Keras (Python)

* Embedded software development in TI Embedded Processing Division* Ported real-time industrial ethernet protocol PROFINET from TI-RTOS to Linux

* Embedded software development in TI Embedded Processing Division (www.ti.com/processors/embedded-processors/overview.html)* Worked with TI Linux Processor SDK; ported critical low-level drivers (real-time unit; industrial ethernet) from TI-RTOS to Linux (work in industry embedded C code development)* Contributions integrated and included in public SDK release

* Developed class content - demonstrations of electronic sensors/actuators and circuits* Course involved teams of students designing and building an autonomous Over Sand Vehicle (OSV)* Managed 10+ 3D printers, CV vision system for course, and lab tools

* Embedded software development in TI Wireless Connectivity Division (BLE/Zigbee/RF4CE) (www.ti.com/wireless-connectivity/overview.html)* Developed Zigbee RF4CE protocol dissector for open source network protocol analyzer Wireshark* Migrated team’s projects to new compiler/IDE and conducted performance testing using the Beaglebone Black, Python, and DLA to analyze speed and reliability