I am an embedded engineer with experience developing aerospace hardware and software solutions.I develop embedded MSP430-based firmware integrating RFID tags with F-RAM modules for tracking and data collection.I develop core Flight System flight software for human rating and execution with FreeRTOS running on the FreeRTOS Windows Simulator and the FPGA-based ZedBoard.I apply machine learning techniques and the Google TensorFlow framework in Python and 'C' to locate items on the International Space Station using RFID tag readings in the face of complex multi-path reception, fixed attenuation (e.g., drawers and bulkheads), and variable attenuation (e.g., moving personnel, moving objects).I refactor multi-body dynamics simulation software used to simulate motion of bodies aboard and near the International Space Station to train both ground-based and space-based personnel.I develop hardware and software solutions using 'C' and FreeRTOS for AMSAT’s Fox-1 and Golf series of satellites demonstrating my ability to develop robust and reliable solutions for satellites and other critical systems.I develop an add-on digital communications board for the Raspberry Pi using KiCad, along with associated 'C' software. This board provides a platform for satellite simulation, digital communication experimentation, and ground station development.Prior SECRET/DOD clearance.
Listed skills include Enterprise Architecture, Sharepoint, Enterprise Software, Requirements Analysis, and 46 others.