• Design and implement an automated audio firmware test module. Create audio test plan proposals for new projects and develop test cases as requested by peers.

• Integrate audio tests written in C++ into a Javascript testing framework which supports continuous integration tests and data collection of the test runs.

• Collaborate with global teams in development of Nokia WiFi mesh network on B3, G3, and B1 access points. Uses pjlib framework library and io sockets to implement timers and event driven code. Supported successful B3 mesh system release on Amazon in December 2018

• Implement features in C++ linux platform to directly address the customer needs, troubleshoot WiFi connectivity via pcaps and logs, inspect wireless radio channels and RF data, and created REST API that enables users to interact with the system

• Source hardware capabilities and formulate algorithm to compute link cost metrics, estimated throughputs, and implement fronthaul client steering algorithms compliant with IEEE 802.11kv standards

• Evaluate delivery from chip vendors and communicate with management to recommend priorities and track the status of various subsystems of ongoing projects. Serve as liaison between teams and provide support to unblock teammates

• Negotiate specifications, design and document development work tickets and test definitions, performs root cause analysis for critical issues and recommend fixes; occasionally provides technical training to international teams

I was a research assistant for Reynolds Sensing and Communication Lab. My research focuses on implementing a secured, Radio Frequency Identification (RFID) tag with Field Programmable Gate Array (FPGA). Some parts of my research was used as a part of my Master's (MSEE) project.