Cybersecurity
Georgia State University Cyber Cloud and Copilot
Cloud Engineering and AI
Client:
Georgia State University
Project Type:
Cybersecurity
Project Year/Semester:
Fall 2025

•Develop a secure, scalable cloud environment using    Microsoft Azure

•Design and diagram a three-tier cloud   architecture,    including   documented data   flows

•Evaluate how Microsoft Copilot AI   enhances security,    scalability, and   data    management within Azure

•Receive hands-on training in Azure  fundamentals, cloud     security best    practices, and Qualys Total Cloud

•Present final findings and deliver an   executive summary     showcasing    technical    insights and recommendations

Georgia State University Cyber Cloud and Risk
Cloud Engineering and AWS
Client:
Georgia State University
Project Type:
Cybersecurity
Project Year/Semester:
Fall 2025

•Build and assess a secure cloud   environment in AWS

•Design and deploy a three-tier web   architecture in the    GSU AWS    sandbox

•Perform a risk and compliance assessment   using Qualys   Total Cloud and    Prowler

•Evaluate security against NIST 800-171,    NIST 800-53, ISO    27001, and    SOC 2

•Complete training in AWS cloud and   security fundamentals   with weekly    faculty   reviews

•Present findings and deliver a joint  executive summary   with   recommendations

Georgia State University Cyber AI Gov and OT
AI Goverance and Operational Technology Security
Client:
Georgia State University
Project Type:
Cybersecurity
Project Year/Semester:
Fall 2025

•Develop an AI Governance framework and  evaluate   Operational    Technology (OT)   security capabilities

•Design and diagram an application  architecture using    Smartsheet Data    Shuttle

•Analyze internal and external data flows and   assess   Fortinet OT security    tools

•Complete training through CISA modules,  LinkedIn  Learning, and    Smartsheet, with   weekly faculty review    sessions

•Deliver a final presentation and a multi-page   executive  summary with    findings, lessons    learned, and governance   recommendations

LexisNexus AI Vulnerability Detection
AI-Augmented Vulnerability Detection in Cloud-Native Systems
Client:
LexisNexis
Project Type:
Cybersecurity
Project Year/Semester:
Fall 2025

•Develop an AI-augmented workflow for   vulnerability    detection and    remediation in   cloud-native environments

•Work at the intersection of Site Reliability   Engineering  (SRE) and  Cybersecurity using  tools like Wiz, GitHub    Copilot, JIRA, and   Azure   platforms

•Build a lightweight framework that extracts   vulnerability   data from Wiz    via its REST   API

•Apply AI-supported triage to prioritize  issues and automate JIRA ticket   creation   with remediation recommendations

LexisNexis Security Culture
Security Culture and Awareness
Client:
LexisNexis
Project Type:
Cybersecurity
Project Year/Semester:
Fall 2025

•Support the Security Culture Team at   LexisNexis Risk  Solutions in   strengthening    organization-wide security     awareness

•Develop security-focused blogs, articles,   and presentations

•Gain hands-on experience with  cybersecurity concepts,  communication  strategies, and professional workplace      practices

•Contribute to human-centric security  efforts that protect    customer and     employee data

•Assist in broader initiatives that enhance the company’s   overall security   culture