I develop C++ software for the research and development of Apache attack helicopters. I have also optimized testing efficiency through alternative development environments for the Python suite. I designed and managed a GitLab CI/CD pipeline tailored for the embedded flight computer system development and testing. Additionally, I have integrated new hardware capabilities by installing and configuring kernel objects and shared libraries for software drivers, along with performing loopback… Show more I develop C++ software for the research and development of Apache attack helicopters. I have also optimized testing efficiency through alternative development environments for the Python suite. I designed and managed a GitLab CI/CD pipeline tailored for the embedded flight computer system development and testing. Additionally, I have integrated new hardware capabilities by installing and configuring kernel objects and shared libraries for software drivers, along with performing loopback testing. My role also involved providing driver support at both the hardware and operating system levels, as well as testing using Python scripts to ensure operation. In addition to my responsibilities I have also provided electrical circuit design support to the simulation environment. Currently I work on testing development for Built in Test software on the V22 Osprey Show less

I supported the CAD/TFM environment for Client Chip design enabling timely execution. As well as provide scheduled TFM releases and documentation for Intel’s design environment. I also enabled design data visibility in Splunk leading to faster design closure. Lastly, I was responsible for maintaining design collateral data management in perforce.

I worked to develop an I2C driver that uses a Python API to drive transactions to and from a voltage regulator controller. This included creating a universal dictionary of voltage regulator parameters and configuration using JSON. The driver works in addition to the previous driver being used and allows for a third-party I2C bridge to run transactions. I also integrated the driver into the current software communication scripts giving the option to switch between the specific I2C drivers and… Show more I worked to develop an I2C driver that uses a Python API to drive transactions to and from a voltage regulator controller. This included creating a universal dictionary of voltage regulator parameters and configuration using JSON. The driver works in addition to the previous driver being used and allows for a third-party I2C bridge to run transactions. I also integrated the driver into the current software communication scripts giving the option to switch between the specific I2C drivers and I2C bridge technologies. Lastly, I was given another third-party voltage regulator software that I was tasked with integrating into the Intel data collection software. This allowed them to run testing using the same I2C driver that I implemented initially. Show less

I wrote automation programs in Python for the battery life team in the devices development group at Intel. The scripts ease the performance analysis of specific projects by organizing model product information and placing product usage into generated documents using tables and graphs. The scripts' backbone was a custom library I produced to be flexible and easy to use across different applications. It uses OpenPyXL, NumPy, and Pandas libraries to manipulate the data source data and output… Show more I wrote automation programs in Python for the battery life team in the devices development group at Intel. The scripts ease the performance analysis of specific projects by organizing model product information and placing product usage into generated documents using tables and graphs. The scripts' backbone was a custom library I produced to be flexible and easy to use across different applications. It uses OpenPyXL, NumPy, and Pandas libraries to manipulate the data source data and output generated documents. Show less

Lead online classes across 2-3 students, generally around 10 years of age, teaching them Python by developing flexible lesson plans that follow the pace of the students. This includes writing small exercises and assigning homework based on the ongoing lesson. I also facilitated the learning structure of project classes that are requested by students that cover a range of subjects. In addition to my role, I was also a college tutor for computer engineering courses. This included providing study… Show more Lead online classes across 2-3 students, generally around 10 years of age, teaching them Python by developing flexible lesson plans that follow the pace of the students. This includes writing small exercises and assigning homework based on the ongoing lesson. I also facilitated the learning structure of project classes that are requested by students that cover a range of subjects. In addition to my role, I was also a college tutor for computer engineering courses. This included providing study guides and resources to freshman STEM majors. Special subjects I taught were Computer Organization, Digital Electronics, Minecraft Server Networking, Raspberry Pi Technology, and HTML. Show less

Working with the professor to help create a great learning experience by providing a clearer understanding of concepts. Using surveys to gain more insight into what material the students are having trouble with during the course and utilizing that information to facilitate review sessions of 20+ students either online or live broadcast. Additionally monitoring a discussion board for further questions on homework and practice problems.