I primarily develop embedded software for wireless medical devices. I also work on client/viewing applications for displaying device status and patient vitals on Windows and Android.Tools, technologies, and programming languages include:- C/Assembly for ARM Cortex-M and MSP430 microcontrollers- FreeRTOS and MQX- Android (Java) and WinForms (C#)- Wi-Fi and BLE communications

Application Engineer for 32-bit Automotive Microcontrollers. I work on a variety of projects, including:- Resolving technical customer support questions on Freescale Qorivva devices- Developing customer-visible collateral such as application notes and reference manual chapters- Writing test code to stress devices for current measurements and EMC analysis- Performing module validation for new devices

The Freescale Engineering Rotation Program (ERP) provides new college graduates the opportunity to rotate through various teams at the company before taking a permanent position. Over the course of a year, I held engineering roles in four different teams at Freescale.My first rotations was in the Applications Engineering team for 32-bit Automotive Microcontrollers. During this rotation, I worked on:- Performance optimization for Freescale Qorivva devices- Resolving technical customer support questions from various Automotive companies- Sigma-Delta ADC analysis in MatlabMy second rotation was in the Technology Solutions Organization. During this rotation, I worked on:- Writing Perl scripts to help benchmark standard cell libraries- Running cell library benchmarks and constructing Pivot charts to visualize data- Using Matlab to automate feature detection in die level imagesMy third rotation was in the Digital Design/Verification team for 32-bit Microcontrollers. During this rotation, I worked on: - Running coverage analysis on verification testbenches- Writing Python scripts to automate module simulation and data collection- Writing Verilog to extend module functionalityMy fourth rotation was in the NVM Reliability team. During this rotation, I worked on:- Writing device test cases to stress Flash arrays- Creating a model of Flash arrays in Python to help visualize test data

Provided C/C++ programming help and instruction for students.

Summer internship in 2010 and 2011. Investigated various analog hardware designs and software algorithms for wireless medical devices.

Researched methods of using river currents for energy harvesting

Assisted dorm residents with various social and academic situations.