Team lead for advanced networking team including roadmap definition, work with business for feature prioritization, and engineering team for feature definitionWork with engineering team on system design reviews, milestone definition, and integration strategyMulti-cloud strategy for swXtch product, including product bring-up, identifying/root cause differences in networking performances/capabilities across cloud providers, and define strategies to provide consistent product behavior across cloudsNetwork performance characterization across cloud providers’ VM types and finding solutions to maximize swXtch product performance improvementsBackend API definition for swXtch product and client agent configurationCloud marketplace onboarding for swXtch product

Designing and implementing solutions for imaging retail ingestion in AWS (Java/Python/TypeScript)Developing applications for interactive product image managementInstructor for new hire intro to AWS and build tools class.

Developer on AWS Elemental MediaPackage, a just in time video packaging service for over the internet video content delivery.Control plane development, resource configuration, and API development.This includes control plane development for AWS constructs (Python) and data plane processing development (C++).

Develop software for Intel's 5G platforms as part of the Intel Communication and Device Group (iCDG) which includes embedded platform and system management components.Drive architectural and functional requirements for various platform and system components.

- Work on developing software for next generation test modules to be used in Sort Test Technology Development (STTD) used in Intel test factory on production equipment including software release and support.- System controls various robotics, aggregates live streaming data from multiplesources, dispositions and reacts to incoming data- Code development in C# and WCF for highly concurrent event driven systems that span across multiple services and servers.- Technical lead including the software architecture, feature road map, and testing plan and managing a small team of developers. - Windows Form based GUI applications.- Developed software environment for team when first formed, including unit testing environment (NUnit/Typemock Isolator), bug tracking (Redmine), version control (Git), and continuous integration server (Teamcity).

Embedded development for software defined radios (SDR). Some of the projects I was involved in include:1- Android controlled multi-band multi-mode public safety cognitive radio (PSCR).The goal of this project was to migrate the CWT PSCR from a laptop based implementation to an embedded platform. As the lead graduate student on the project, I was involved in the initial system design and software/hardware partitioning of the system. The platform selected was a Beagleboard connected to a first generation USRP but then it transitioned to a USRP E100 series.I was also responsible for the General Purpose Processor (GPP) and Digital Signal Processor (DSP) integration which was needed to improve the processing performance when using the TI OMAP3530 processor. I developed an open source framework which allows GPP based software to set up and control DSP based processing components from C/C++ and also from Python using GNU Radio, an open source SDR toolkit. 2- RF Wideband sensor using mixed GPP/DSP/FPGA platform:This project was done using the Lyrtech Small Form Factor Software Defined Radio (SFF SDR) board. The goal was to evaluate the feasibility of using the Lyrtech SFF SDR board for future SDR applications. The FPGA code was developed using Simulink and Xilinx's Sysgen and the DSP code was developed using TI's Code Composer. My contribution was the FPGA development and the Lyrtech/Host computer interface to display the sensor results.3- Digital PLL:The goal of the project was to develop a Digital PLL on an Altera Stratix FPGA board for a class project as part of a three student team. One of the students was responsible for designing the PLL and calculating the loop filter coefficients and the other student was responsible for developing a fixed point C-based simulation of the PLL. My work was taking the C-based simulation and implementing it on the Stratix FPGA using the Altera Quartus II tool.

* Embedded Linux work for embedded series* FPGA development for various products

I was involved in the design and evaluation of circuits used in transmitting data of power for E-Textiles applications. I also developed an initial prototype for transmitting power and data simultaneously using I2C protocol.

I was involved in the design and development of a new Wireless Sensor Network (WSN) MAC protocol (GMAC). As part of the work, I also developed a 802.15.4 model in OPNET with an energy consumption profile, and modeled various WSN MAC protocols to analyze their battery consumption profiles.

Worked with the ECE department and another ECE student in developing a new Engineering Education freshman class for incoming ECE students. I was involved in developed syllabus, homework, and labs which introduced students to various topics in ECE.