Software, Cybersecurity, Mathematics

I am a cybersecurity professional & educator that finds the typical corporate or academic environment a little too stuffy for creative work. In an internet-connected world, remote work and collaboration is essential to bring real innovation in both cybersecurity and education. I enjoy working on challenges that need cross-disciplinary solutions, as well as teaching and mentoring others.

My most recent experience is focused on software/application vulnerability analysis and disclosure, the process of developing security fixes and coordinating release to the public in order to maximize security. At the CERT/CC, I contributed as a co-author to the CERT Guide to Coordinated Vulnerability Disclosure and worked with academic researchers, corporations, and governments to coordinate vulnerability response. I also worked on the Executable Code Analysis team where I worked on projects for reverse engineering and analysis tools, including the Ghidra extension Kaiju, as well as Rust language security. My educational background includes applied mathematics and modeling. I excel in cybersecurity roles that utilize my technical experience as well as my interpersonal skills like mentor and educator.

I also greatly enjoy college-level teaching opportunities. I have previously taught a variety of classes from programming and basic computer science through calculus and calculus-based general physics, and co-authored several physics lab manuals currently in use at the University of New Orleans. My student reviews were always excellent as I put a lot of effort into supporting students with well-designed lectures, assignments, and being approachable and accessible for office hours and questions.