Gatora LLC is a software development company for the personal care industry. Our main application, which will have a launch coming soon, is called Book'd Up. It is a booking application to be able to set up an appointment with your favorite barber, cosmetologist, tattoo artist, etc. No need to wait in line to get freshened up! What makes this application different from other applications currently on the market? I can think of two things: a feature that will help in the consulting of these professionals to ensure the correct service as pertained to your God-given features, and a feature which will allow you to know the best time to walk into a location to ensure less wait time.Long Term: We are looking to expand our product throughout the United States and help clientele gain more time in their day instead of having the option of waiting in line or having to wait for an appointment time and throw off their schedule

Program: µACE -> Deploying the First Fully Autonomous Plane in the SkyContributed to staging in our pipeline process by integrating various API’s that keeps track of our task completionsCompleted C++/Python scripts which creates a hardware configuration table in binary for documentation purposes of specific hardwareAutomated the build release process in Bash/Python to create a final zip file sent to customersCreated Requirement Based Testing (RBT) scripts in C++/Python to ensure SHA256 hashing algorithm calculation integrity of data for the µACE Images

Current project, called the Radio Frequency Reinforcement Learning Gym (RFRL Gym), is an environment that implements reinforcement learning techniques to give and help researchers find new ways through complex scenarios to transmit signals in the radio frequency domain. For a more general approach, it is to make a software defined radio "smart".Investigating Multi-Agent Reinforcement (MARL) Libraries for optimized signal transfer of multiple transmitters in the Radio Frequency DomainImplement MARL algorithms in Python in a centralized/decentralized environment containing multiple non-player entities, jammers, and other white-hat transmitters Integrating hardware compatibilities where integration of source code can be put onto an actual Software Defined Radio

Embarked in completing functional tests and platform integration with python of the A6N1 Electronic Control Module (ECM) for New-Gen machinery as well as created validation python automation tools that ensured packaged files containing updated software has the correct information before being sent to customers.Supported in the software and hardware installation of 50+ test benches which will be used for software regression and endurance validation.Assisted in C++ unit test implementation for wireless cellular commands to wake up radio in the PL243 ECM as well as assisted in C++ implementation/unit testing of logging Remote Procedure Calls (RPC) communications between feature applications created by the OBMS team.Created a GPS Correction VLAN Forwarder application which took information sent by customers containing binary data of GPS coordinates and tasked with sending it through a socket for better GPS precision to ensure customer convenience. Included unit testing, and CMake integration of build files.