LinkedIn About
I’m a Principal Software Engineer specializing in AI‑assisted diagnostics, secure SDLC automation, global lab automation systems, and large‑scale IoT platforms. My career has centered on building high‑impact engineering tools and automation frameworks that simplify complexity, eliminate manual effort, and enable teams to operate at scale.
At AMD and Dell, I’ve architected lab automation frameworks, validation imaging systems, and AI‑driven diagnostic and threat‑modeling prototypes that modernize engineering workflows. I’ve also led security compliance efforts across the SDLC, ensuring engineering teams consistently met corporate and regulatory standards through structured processes, live threat‑modeling sessions, CVSS scoring, mitigation planning, and automated reporting systems.
Earlier in my career, I invented some of the earliest IoT monitoring platforms, including Watchport Manager and SensorServ—systems that delivered real‑time environmental and camera‑based monitoring, remote HTTP/HTTPS dashboards, unattended Windows Services, and proactive alerting long before IoT became an industry term. I’ve also contributed engineering leadership to multi‑million‑dollar deployments across major customers such as Optimal Robotics, QuikTrip, and NCR.
Across every role, my focus remains the same: design systems that are maintainable, scalable, secure, and capable of supporting thousands of users or devices. I thrive at the intersection of architecture, automation, AI, and security—building platforms that elevate engineering organizations and reduce operational friction.
Resume Professional Summary
Principal Software Engineer with deep expertise in AI‑assisted diagnostics, secure SDLC automation, global lab automation systems, and industrial IoT platforms. Proven track record designing and delivering large‑scale automation frameworks, validation imaging pipelines, predictive monitoring systems, and early IoT applications used worldwide. Experienced security leader with hands‑on responsibility for compliance governance, threat modeling, CVSS scoring, mitigation planning, and automated reporting systems. Known for building structured, maintainable, and scalable engineering tools that support thousands of devices, hundreds of users, and multi‑million‑dollar customer deployments. Adept at bridging architecture, automation, AI, and security to drive engineering maturity and operational excellence.
Portfolio Introduction
I build systems that simplify complexity, automate what others do manually, and scale across global engineering organizations. My work spans AI‑driven diagnostic tools, secure SDLC automation, global lab automation platforms, and industrial IoT ecosystems deployed across tens of thousands of devices. I’ve invented early IoT monitoring applications, architected predictive monitoring services, modernized validation and imaging workflows, and created compliance automation systems that eliminate hours of manual reporting. Whether designing unattended services, building reusable automation frameworks, or leading security maturity efforts, I focus on creating durable, maintainable platforms that elevate engineering teams and deliver measurable impact.