Wireless device lead for private LTE networks. Supporting utility clients UE, SIM/eSIM, identity and spectrum requirements.Wireless Technical Team Lead for NIAUBBA (Utility Broadband Alliance) Plugfest Project Manager (https://www.ubba.com/)

Design and lead multi-functional engineering projects focusing on quality, execution, and speed.Technical area of focus is embedded systems (microcontrollers/single board computers) with integrations of IoT technologies (WiFi, BT, Cellular, Etc)Develop in C/C++, MATLAB, Python, and LabView in Windows and Linux environments.Utilize the Yocto project to develop custom Linux images for embedded applications.

Embedded Systems with focus on Microcontrollers and Single Board Computers. Developing with C/C++ and Python on multiple Linux distributions.

Design and support technical security systems for Honeywell FM&T that meet Department of Energy (DOE) specifications. (ACS, IDS, CCTV, Analytical solutions)Develop and implement solutions for Cyber and RF threat detection/analysis.Developed and manage a technical reference handbook encompassing 300+ pages of information that increases knowledge and productivity across the technical security team.Involved as a technical expert in multiple white papers encompassing access control and intrusion detection.Increased security's efficiency/reliability by utilizing unique logical programming principles to drive down false and nuisance alarm rates.Utilize Splunk for real-time data analysis to improve systems efficiency, discover/research potential issues, create custom alerts, and drive continuous improvement.

The skill that I have learned most, is not technical in nature. The skill is professionalism. My internship taught me how to perform in a corporate world. I learned to not hesitate and instead, take the initiative. At first I did not want to screw up, but as it turns out it is easier to screw up trying not to screw up than it is trying my hardest. I had many responsibilities placed upon me and I executed to the best of my ability on every single assignment. The following were my achievements as the Hardware Design Intern at Daktronics.I helped develop a new color calibration method for large scale LED video displays. During the development I helped improved calibration tac times from 30 minutes per 6 modules to 3 minutes per 6 modules, I created an engineering and technician manual, and I trained the manufacturing operators about the new procedures.I developed new procedures in using a spectrometer in manufacturing. The new procedures improved measurement consistency and created a company-wide spectrometer integrity tracking method.I developed quality assurance testing procedures for surface mount oscillators. I created a standard for measuring cycle to cycle jitter and for measuring rise and fall times of positive and negative edges.During my testing and research I discovered how to find and analysis spectral wave differences between two different LED manufactures using a PR670 spectrometer. This happened when a spectrometer would measure two separate LED modules with two different LED manufactures as the same color and luminance, but visually they would not look the same. I also found out by consulting with Photo Research and Radiant Imaging that there are some errors with the standard algorithm when a spectrometer measures two separate LED modules with two different LED manufactures as the same color and luminance (mostly with the color blue); a committee is currently trying to resolve this issue.

Check in incoming shipmentsApprove and ship outgoing shipmentsMaintain offsite inventory

Maintained employee workstationsMaintained company serversMaintained network infrastructureData entryTechnical writing

Maintained lab integrity Maintained electronics components inventoryAssisted students

Built, maintained, and troubleshooted workstations and servers.Performed service calls.Assisted in a large scale company's maintenance of their data and phone infrastructure.