Michael Comparetto Email & Phone Number

Mclean, Va

Task / Technical Lead:Naval Aviation Task Lead:Mr. Comparetto provided technical management and expertise leading the MITRE’s communication work for the MQ-4C Triton UAS and E-2D Hawkeye projects. He was responsible for engaging with customers to grow and shape impactful work. He helped customers determine their mission critical needs and enabled them to solve these needs. CBP DE RF Use Case Study:Mr. Comparetto was the RF comms technical lead for the CBP Digital Engineering (DE) use case study providing technical leadership for the RF M&S analysis and tool integration for the CPB DE tool. His responsibilities leading the efforts to select and RF analysis tool to perform LMR, MESH analyses; developing scripts to automate the RF analysis; and to integrate the RF analysis tool with a GIS and Costing tool.Technical Contributor:MITRE C4I Test Range Initiative:Mr. Comparetto performed systems engineering / M&S analysis for the MITRE C4I Test Range initiative. Used STK, MATLAB, a Spirent channel emulator, and SATCOM modems to simulate a LEO backhaul network. Demonstrated in the field the capability of integrating SATCOM (Starlink), MESH, and cellular networks to pass tactical data (sensor data, Radar, full motion video) between these geo-dispersed networks (sensor / radio equipment was in multiple locations in VA as well as FL). Unattended Ground Sensor (UGS) System Analysis:Mr. Comparetto provided technical expertise and leadership in building a system to process / fuse sensor data from multiple unattended ground sensors (UGS) so that it could be displayed in a common operating picture (COP). He assisted in setting up a lab environment to simulate UGS sensors sending data in real time to the COP. He also helped lead field testing / data collections of UGS sensors systems emulating real-world scenarios.

Morgantown, Wv

Mr. Comparetto led the research and design of passive wireless temperature sensors for harsh high (1000 C) temperature environments. These sensor needed to measure an environments temperature through passive wireless communication. Mr. Comparetto used ANSYS Maxwell to build 3D models of the sensors and the environment and to perform simulations of these sensors in the modeled environment. He also built a high temperature testbed capable of reaching 1000 C and performed high temperature sensing tests with the passive wireless sensors. Advanced signal processing methods were used to accurately measure an environment's temperature. Mr. Comparetto presented the temperature sensing results at an academic conference.

Cedarville, Oh

 Chief Technical Officer of the aquatic robotic boat team Designed overall control algorithm based on video stream data for on board water cannon Used Simulink to identify and track targets with video stream data Received video stream data and transformed it into navigation headings Implemented a redundant navigation error checking algorithm Created a point to point communication system between two instances of Matlab

Adelphi, Md

 Led a research team of interns for Sensors and Electron Devices Directorate of ARL Drafted a research proposal and presented it to a branch chief Developed a radio propagation model in Matlab Simulated autonomous collaborative exploration in Matlab Implemented communication control algorithms for teams of multiple robots  Researched the effects of basic communications on teams of exploring robots Scripted a 20 page technical report describing the research results

Master'S Degree, Electrical And Electronics Engineering, 4.0

Bachelor Of Science (Bs), Electrical And Electronics Engineering