Networking Performance Engineering Developing and executing workloads exercising Intel's Dynamic Load Balancer for 5G backplane.Developing software for Cellular Base Station Digital Front End chipset.

-Managed customer, internal engineering teams and ODM in implementing BlueZ Support and BLE-WiFi Coexistence on NXP's BLE chipset for customer's first to market WiFi 6E Mesh Router. -Engineering work in OpenWRT (Embedded Linux) to test coexistence, BlueZ support and other required functions for a BLE chipset. -Managed engagement with customer on their first BLE & Thread enabled homekit devices. Included continual fielding of questions of Homekit Certification and Thread certification. -Wrote application code according to customer's specification for a Homekit-enabled smart plug.- Extensive software and hardware debug work on issues discovered by customer's QA team.

-Responsible for ensuring the appropriate use of open source code by software engineers. -Performed scans on all outgoing software releases to ensure there were no open source violations and appropriate NXP software licensing was used.- Educated software engineers on the need for open source compliance and correct licensing terms. - Trained engineers on how to properly license customer facing software. - Provided feedback and tips for how to improve internal processes for licensing and open source compliance.

• Enabled mbed OLED display driver library for Hexiwear (open source highly integrated development platform consisting of OLED display, ARM M4 microcontroller, BLE SoC, heart rate monitor, accelerometer, magnetometer, gyroscope, temperature, humidity, light and pressure sensors.) • Created text and image example programs on mbed to demonstrate the use of Hexiwear OLED library. • Recreated 802.15.4 functionality from an Open-WRT build on Raspberry Pi to a Yocto build on I.MX6 (ARM A7) • Provided technical support to student groups using Hexiwear for senior design projects.• Won Wearable Innovation award in hackster.io contest using Hexiwear (https://goo.gl/r1G8NB).• Programmed Point of Sale Reader solution featuring a secure ARM M4 MCU, secure pin entry keypad, NFC, chip reader, external flash, FreeRTOS, certified EMVCo Level 1 and 2 contact and contactless stacks (https://goo.gl/FZzYnS). • Implemented magnetic strip card reader API for Point of Sale release package. • Implemented bug fixes and software library updates for Point of Sale package. • Coordinated with overseas team to resolve issues with project build. • Managed release of updates for Point of Sale package including running open source license compliance scans, managing Git repo, updating documentation, testing and packaging release for customers. • Conducted extensive testing for first MCU based Alexa enabled device.

• Collaborated with Arrow Electronics to enable a Corvette Stingray (SAM car) to be driven on a street course by former IndyCar Driver, Sam Schmidt who was rendered quadriplegic in a crash.• Developed and hosted a simulator for the SAM car for customers to experience the unique driving experience at various engagement events across the US.• Developed a proof of concept minimally obtrusive jaw tracking solution for a local startup.• Wrote firmware for NXP QN9020 (ARM M0 with BLE) paired with a magnetometer & accel.• Correlated magnetic flux measurements with distance using a Neural Network Fitting tool.• Wrote firmware to demonstrate a new biochemical/radiation sensor in a portable form factor.• Created quick proof of concepts using Freedom board and mbed.• Evaluated Dialog DA14580 development board (ARM M0 with BLE).

The Freescale Engineering Rotation Program is a highly selective program with roots to the Motorola Rotation Program in which new college graduates rotate through 3 teams over the course of a year. For the 2013-2014 class, I was one of twelve engineers chosen to join this program in the USA. 3rd Rotation : Embedded Systems - RF Division• Wrote firmware for an embedded system, RF Power Tool 1000, using an ARM M0+ MCU writing code for device peripherals, • Proposed and implemented SCPI commands for controlling the device through a serial link. 2nd Rotation: Wireless Connectivity Applications Engineering - MCU Division• Characterized boards for sensitivity, power, current • Characterized Automated Frequency Control feature.• Conducted range testing, • Debugged firmware• Supported customers and generated documentation for a sub-GHz 802.15.4 radio transceiver with an ARM M0+ MCU. 1st Rotation: Software Engineering in Sensor Solutions Division• Ported Verilog to C for freefall detection, transient detection and orientation detection for a Coldfire processor software library. • Generated test vectors and testbench to test functionality. • Wrote API documentation for written functions.

• Familiarized with Advanced Message Queuing Protocol (AMQP) • Implemented and validated a prototype Air/Ground Information Exchange in accordance with the preliminary ARINC 830 Standard (to be adopted by all airlines in the future)• Made recommendations for ARINC 830 standards amendments.

• Assisted students in weekly lab assignments & clarified basic digital electronics concepts

Tested and compared the usage of piezoelectric motors in place of DC motors in Series Elastic actuators (used in Biomimetic robots). Piezoelectric motors might allow for better control of the actuators thus mimicking human muscle control more closely.

• Instructed students how to use electronics lab equipment and how to build basic circuits. • Assisted students in debugging issues in their weekly lab assignments. • Aided students in designing an electronic package to collect data on a high powered rocket.• Inspected student built rockets for sound structural integrity and the inclusion of a proper recovery package.

• Implemented daylight harvesting for an experimental Barling Bay Smart High Bay Fixture • Built and tested a prototype light fixture with multiple halogen bulbs that is dimmable and remotely controlled by a computer via existing power lines. Prototype also featured daylight harvesting and imminent failure detection of bulbs.

• Debug hardware and software issues in the Engineering Department. • Created an image with the necessary software packages for the Engineering computers.

• Provided technical support to staff, students and faculty.• Built and deployed computer systems for use in the fall semester.