Built and maintained C++ model of Tsavorite's AI accelerator used for System-C and RTL code verification

Built and maintained the Robotic Controller C++ Service that managed all hardware interfaces required for the automated intracytoplasmic sperm injection (ICSI) pipeline

Designed and implemented complex, robotic algorithms to perform automated sperm extraction and oocyte fertilization

Developed and maintained an efficient data-transfer pipeline using Python, AWS S3, and New Relic to facilitate training data collection and real-time monitoring of Sperm InSight stations

Managed testing and validation of Sperm InSight features, including test-case creation, troubleshooting, and providing feedback to design engineers

Deployed and managed Sperm InSight stations in multiple clinic labs, providing training and troubleshooting support to lab personnel

Facilitated onboarding and supervision of new engineering team members, fostering skill development and codebase contributions

Implemented an automated build process using CMake for an Optical Navigation Solution and integrated it within a Jenkins CI/CD Pipeline

Developed a set of Python tools, using pandas and matplotlib, to convert binary flight data and plot them to more efficiently analyze navigation flight data.

Assisted in the debugging and integration of the Mission Navigator and Image Processor modules within an Optical Navigation Solution

Assisted in the design and partial implementation of a global reference imagery database using gdal to more efficiently store and process compressed imagery data in our Image Processor module

Mentored engineers on the team on SAFe Agile practices and modern coding tools ie Bitbucket, Jira, git, etc.

Supported the design and implementation of new features within an existing Link-16 Communication Software Module Product Line

Designed and Implemented an Open Mission Systems (OMS) Wrapper Service for an existing Link-16 Communication Software Module Product Line

Containerized the baseline executable for the OMS Wrapper Service using Docker Desktop for Windows and integrated the container in a Jenkins CI/CD Pipeline

Provided design and code support to new and existing team members

Developed Jira stories to address new design changes/updates and bugs seen within the code base.

Implemented GUI and code optimization updates to an existing Link-16 & TTNT Throughput Analysis Simulation Tool used for multiple studies for other Boeing platforms

Analyzed multiple Boeing Existing Products to aid in the design of an Electronic Attack (EA) Task Management Open Mission System (OMS) Service

Integrated a Jenkins CI/CD Pipeline along with a CMake build architecture to an existing Link-16 Communication Software Module Product Line to automate the building, running, and testing of the code base.