Computer science graduate focused on building and validating software, Linux and cloud infrastructure, security automation, and observable systems. My work combines hands-on engineering with the documentation, testing, and communication needed to make technical work understandable and repeatable.
This is a public version of my resume. Direct contact details and internal institutional information are intentionally omitted.
Developed and tested repeatable REDCap upgrade-validation workflows using Bash, Python, API checks, browser tests, and packaged evidence. The work also included application security testing and WAF-rule evaluation.
Spent nearly a decade in client-facing technology media and demand generation, managing requirements, handoffs, campaigns, and stakeholder communication for enterprise technology work. That background now informs how I document engineering decisions and communicate technical results.
Python collectors, Linux security telemetry, authenticated HEC ingestion, SSH and Fail2Ban events, and searchable operational evidence.
Terraform, Ansible, segmented AWS networking, PostgreSQL, Nginx, Flask, and a private k3s deployment path with live verification and teardown.
Local-first Python automation with persistent state, policy-controlled execution, structured logging, reliability reporting, and Prometheus/Grafana monitoring.
Controlled honeynet observation, attack-data analysis, network troubleshooting, and documented findings from internet-facing lab systems.
Containerized private-onion service engineering with a host-side operator and recovery layer. Public source is available on GitHub.
Repeatable upgrade validation, API and browser checks, negative controls, evidence generation, and security-focused testing.
B.S. in Computer Science, 2026. Graduated cum laude with departmental honors in Computer and Information Science; Dean's List twice.
Security fundamentals backed by hands-on work in Linux, networking, application security, cloud infrastructure, and security telemetry.