Hello
Software Senior Engineer at Dell Technologies
Escalation engineer focused on enterprise private cloud, DISA STIG security compliance automation, and applied AI. Author and maintainer of open-source tooling that turns DISA STIGs into risk-ranked, actionable remediation.
Author and maintainer. MIT-licensed parser and AI annotation tooling that converts DISA STIG XCCDF into structured, severity-ranked remediation (Markdown, JSON, and CSV). Vendor-neutral against any DISA STIG: explains rules and can scan a machine under a human approval gate.
Contributor and maintainer work on Dell’s public Ansible collection: Python modules and playbooks for Day-1 and Day-2 VxRail operations.
A short note on stig-ai-pipeline, the MIT-licensed toolkit that parses DISA STIG XCCDF into structured, severity-ranked remediation.
Condition monitoring of roller bearings under dynamic loading using contactless infrared thermography. Temperature characteristics of normal and defective rotating ball bearings were compared to evaluate whether thermography can diagnose faults qualitatively and quantitatively.
Vibration analysis of rolling-element bearings under a dynamic loading model, using time- and frequency-domain measurements from a vibration analyzer. Non-defective bearings showed a smooth, decreasing velocity trend; defective bearings showed an interruptive upward trend useful for defect detection.
A survey of energy harvesting from human activity and ambient sources, including walking, breathing, and gym equipment such as treadmills and bicycles, and how conversion technologies can power low-power electronics or contribute renewable energy.
A walkthrough of packaging a repeatable STIG XCCDF-to-Excel workflow as a version-controlled AI skill, including the repository, inputs, outputs, and failure modes.
How to assemble a local-first AI skills library with Flask, ChromaDB, and RAG-style retrieval so reusable skills live beside the assistant instead of in one-off chat prompts.