Edit and Upload video and audio content to website backend for sermon podcast and video playback.Lead team of volunteers during broadcasts on Sundays and special events, prioritizing a team spirit & giving opportunity for growth and taking time to develop Individuals technical skills.Assist with stage and large equipment set-up on campus, including reviewing programmed content.Coordinate gathering details with Executive Pastor, Worship Leader, Communications Director and other tech volunteers.Identify areas of growth for technology, personally and as a church family, and work with the Executive pastor to make changes.View the current and past broadcasts here: https://www.davisville.org/live/

Collaborated with a team of 3 other programmers to develop a code base of Python and Node Js programs to run and control a Digital Surgical Visualization System (DSVS).Within the code base, wrote a speech recognition python program that received and processed user voice commands, and API call commands from a web user interface.Later converted code base, including speech recognition software, to Node JS.Developed a communication protocol for a microcontroller that received processed commands from the python program and controlled several sensors, LEDS, and motors.Presented and Demonstrated the DSVS to investors and potential clients, fielding questions, concerns, and suggestions.Hacked together a mobile battery solution that could power a pair of virtual glasses and a GPU that could be safely worn by a user.Worked side-by-side with the regulatory team to create risk management, and user instruction documentation. As well as create a manufacturing space that was up to FDA standards.

Field tested an android app to view a thermal camera video feed on an X-Cub plane.Troubleshot and wrote error handling code for an android app.Researched CPUs, FPGAs, GPUs, and multiple architecture processors to decide which best supports dynamic frame rate throttling, and reported findings for a phase I project proposal.

Tested sensitive navigation grade sensors both in the lab and in the field.Designed and built testing rigs for different sensors.Wrote low level software in C#, MATLAB, and Visual Studio .Net core to collect sensor data and manipulate collected data. Organized, studied, and visualized data from two marine gravimeter sensors to determine consistency when passed over the same location for ten years, and presented findings to a team of engineers.Wrote C# software that mimicked a sensor's output which transmitted data over UDP on a Raspberry Pi.

Engaged with 50 to 100 customers a shift by taking orders, clearly answering questions, and being personable with every customer to create an amazing customer experience.Coordinated orders between the kitchen and front-of-house staff to ensure the satisfaction of each customer. Mastered multiple roles in the kitchen in order to multitask in a fast paced environment and maximize the efficiency of the work done by the whole team in a shift.