Congratulations AOC Future 5 Award Recipient

My ultimate career goal is to make increasingly meaningful contributions to the EMSO and EW communities by improving accuracy and reducing error in our systems, algorithms, and simulations. In this field even minor errors, whether that be in the software, hardware, human-in-the-loop, or training data behind artificially intelligent algorithms and systems can lead to mission failure or put lives at risk. Our warfighters depend on the precision of our tools, and I believe it is our responsibility to provide not just abundant data/training, but the right data/training materials for the mission scenario to ensure realistic and reliable training and preparation for operational success. Throughout my career, I have focused on delivering high-fidelity modeling and simulation capabilities to support this mission. From enhancing algorithms for pulse de-interleaving using novel approaches, to leading agile teams delivering SAR solutions, to supporting open-air range testing, each step has further solidified my commitment to excellence in EMS operations. Looking ahead, my aspiration is to continuously grow into the best version of myself both as a leader and technical contributor by surrounding myself with strong mentors and collaborative teams, pursuing higher education, and building a diverse range of experiences across technical domains and mission contexts. By doing so, I aim to drive innovation that ensures our warfighters are equipped, trained, and supported by the most accurate and advanced EW/EMS systems available.

One of my proudest career achievements to date has been serving as the project manager to develop a neural network algorithm under the Advanced Common Electromagnetic Development Environment (ACEDE) program for AFLCMC at Wright-Patterson Air Force Base. The algorithm is designed for electronic support (ES) applications, specifically focused on pulse sorting (or de-interleaving) using a novel approach of using the multipath clutter signatures to distinguish between pulses. Pulse sorting is a challenging problem that is critical to situational awareness in complex RF environments. I led a team of engineers through technical planning, schedule management, and resource allocation, while also facilitating stakeholder communication and coordination to ensure project success. I am incredibly proud to say that because of the project’s technical success, we were positioned well for continued work and follow-on opportunities. I now serve as the project manager for this next phase, which focuses on enhancing the algorithm’s capability and performance. This project sparked new insights that led me to develop and deliver a technical presentation on Multipath Signal Analysis For EMS Superiority, which I was able to present at multiple professional events. The ACEDE team received the Team of the Year award in 2024 by the AOC Kittyhawk Chapter for contributions to the fielding of electronic warfare technologies. I was also personally honored with the Young Professional Award from the Kittyhawk Chapter at the same event – an achievement I believe was strongly tied to the experience and leadership growth I gained through this project.