Technology is integrated brilliantly into our lives. Only when our devices malfunction, do we realize how dependent we've become on cyber systems and the internet of things. These systems were not built on intrinsically secure infrastructures and they need auxilliary defenses. My work seeks to empower people with AI driven threat detection technology.
For several years I recognized the transformation artificial intelligence has made in various fields of engineering, but I saw untapped potential in cybersecurity. Scholars of operations research have invented and improved countless analysis algorithms, but few research groups seemed to ask "how can our models become robust to cyber crimials who seek to corrupt them?" By characterizing the distribution of normal and malicious cyber data, we start to understand how attackers can evade intrusion detection systems within their various threat models. I believe this insight will be key to designing an intrusion detection system robust against evasion attacks. I hope you stay in touch as I publish my research for the community.
Data Science Branch Chief - Department of the Air Force
Sept 2022 - Present
Ph.D. Candidate, Air Force Scholar - Air Force Institute of Technology
Aug 2018 - Aug 2022
Research Associate at Army Cyber Institute Intelligent Cyber-Systems and Analytics Research Lab
Lead Test Engineer/Analyst for $8.4 Million test program to drive acquisition decision for $7.73 Billion fleet upgrade.
Led team of 5 engineers during 9 months of test events and analysis resulting in on time delivery of test report to 2 Star General.
Re-engineered data analysis process resulting in 700% increase in efficiency and saving over 600 engineer man hours.
Hand picked by 1 Star General to revitalize retiree outreach program, led 75 airmen providing medical, financial, and legal benifits to thousands of California veterans. "Best year ever" claimed general officer.
Consulting Test Engineer Internship - LiquidPiston
May 2014 - Aug 2014
Designed chemical treatment and heat treatments to harden and strenthen various metal contact surfaces in low-friction rotory engine
Improved mechanical seal design reducing friction, and locking in combustion gasses, improving power, reducing vibration.
Executed dynamometer test, pre-processed millions of data points, and produced reports, facilitating analysis of alternatives for 3 engine models.