Systems & Cloud Infrastructure Engineer with a Ph.D. in Industrial and Systems
Engineering (AWS & GCP Certified Architect, CKA). Proven expertise architecting
distributed developer platforms, automated diagnostic pipelines, and applied AI infrastructure
in Go, Python, and C++.
Experience
Member of Technical Staff@ Nutanix
Architected an internal stack trace search and log analysis tool adopted by 500+
engineers across 10+ departments, slashing MTTR for complex system faults.
Engineered Model Context Protocol (MCP) servers and LLM tooling integrations to automate
incident triage, code retrieval, and telemetry discovery.
Re-engineered the Kubernetes health check and pre-flight validation framework,
accelerating cluster deployment velocity from weeks to days.
Orchestrated automated, zero-downtime firmware and hypervisor upgrade pipelines across
global production fleets.
Investigated critical escalations and authored core kernel/storage patches for
distributed virtualization platforms.
System Reliability Engineer@ Nutanix
Engineered automation tooling to streamline incident dispatch, case assignment, and
escalation workflows.
Diagnosed enterprise storage bottlenecks, distributed hypervisor faults, and Kubernetes
failures across 900+ mission-critical customer escalations.
Mentored junior SREs and led technical escalations across North and Latin America.
Control Systems Engineer@ Alevo Analytics
Architected web-based SCADA and Energy Management Systems (EMS) for grid-scale energy
storage deployments.
Led end-to-end engineering of real-time telemetry streaming pipelines and analytics
platforms to monitor battery cell yield and performance degradation.
Research Associate@ NC A&T State University
Developed parallel Molecular Dynamics simulations and high-performance computational
packages in Python, C++, and MATLAB.
Doctoral Research & Projects
Doctoral Dissertation: Molecular Dynamics simulation and multi-scale
computational modeling for nanomanufacturing optimization.
Formulated machine learning models for robust adaptive control of non-linear multi-input,
multi-output (MIMO) dynamic systems.
Engineered patient-specific biomedical devices using high-precision additive manufacturing
(3D printing) and CAD/CAM pipelines.
Applied Six Sigma DMAIC statistical modeling to emergency department operations,
substantially reducing patient wait times.