● Improved product quality for more than 5 code releases, discovering bugs and defects before reaching customer that resulted in improved stability of software and increased customer satisfaction ● Developed software to automate the testing and verification of End to End SmartCast intelligent lighting product line that resulted in immediate and continuous testing of new software● Conducted general end – end quality assurance with lightweight mesh network, browser client, and Android tablet app to ensure full functionality for system stability and product quality ● Improved SmartCast product quality and stability for firmware releases by testing functionality of both single components and the complete SmartCast system● Created Python library to communicate with SmartCast products to automate and streamline standard testing ● Wrote comprehensive test cases for product verification● Managed small development team dedicated to verifying lighting hardware

● Developed concept for a fully autonomous aerial drone system that aids emergency responders, and property owners● Organized and proposed project to company executives and awarded their full support● Hired and managed a small team of engineering interns● Developed working prototype which includes custom external sensors, modified drone autopilot (Pixhawk), and automation software

● Managed small research projects with defense and commercial applications● Developed software for embedded systems● Developed computer vision software(openCV) to analyze insect behavior

Mission Control Software ​ (February 2011 to 2015)  ● High­-level logic software for unmanned robotics  ● Managing and testing the software execution  Software Leader:  ● Develop software for high​ level logic of autonomous underwater vehicles  ● Managing and supervising smaller groups within a team  Electronics:  ● Soldering surface mount components onto PCB  ● Wiring and soldering peripheral connectors  ● Designing and building PCBs  Outreach Chair:  ● Organizing events to promote engineering at elementary schools  ● Giving presentations to students about club work and it's applications to  promote STEM education

NCSU Underwater Robotics is team of students who design and build autonomous underwater vehicles to compete with international teams in events sponsored by the Association for  Unmanned Vehicle Systems International(AUVSI).● Organizing different project teams (Software, Electrical, Mechanical) and resources to complete projects● Managing a large, rapidly expanding team● Procuring funding, materials, and facilities

● Grant awarded for autonomous systems research  ● Communication between independent autonomous vehicles  ● Wireless optical data transmission  ● High​ power LED array controlled by an embedded microcontroller  ● Transmission decrypted using Python OpenCV software

● Technical support for multiple office branches and worksites  ● Desktop virtualization  ● Network security