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ACADEMIC CONSULTING PORTFOLIO


Focus: Faculty Digital Enablement & Workflow Modernization
Context: Fayetteville State University (Doctoral Residency Portfolio, 2020–2024)

Core Overview: 

Serving as a strategic instructional technology consultant during my doctoral residency, I partnered directly with tenured doctoral faculty, university researchers, and high-level program administrators. This work centered on translating complex, localized curricular requirements into sustainable, enterprise-scale software configurations and modern technical workflows.

Key Methodological Outcomes

Earning Trusted Alignment: Built active, cross-functional relationships with independent academic departments to drastically reduce onboarding friction and champion new learning management systems.

Adult Learning Frameworks: Architected and executed targeted, high-touch technology orientations and continuous development pathways tailored precisely to the pedagogical needs of doctoral-level educators.

Matrixed Consensus: Successfully bridged the gap between central IT infrastructure mandates and frontline academic autonomy, proving that technical change succeeds when built on trusted rapport.

Research & Publications

Philosophy Statement

Bridging Pedagogy, Governance, and Technology


True digital modernization is never a purely technical challenge; it is fundamentally a cultural and behavioral change management process. My research and academic scholarship focus heavily on the "human architecture" of technology—specifically analyzing how decentralized institutional cultures, stakeholder attitudes, and operational readiness intersect to influence the adoption of large-scale enterprise learning tools.

DOCTORAL DISSERTATION


Title: "Examining the Perception of Reluctance, Attitude, and Ability in Faculty Online Readiness at Historically Black Colleges and Universities"


Institution: Fayetteville State University, Fayetteville, NC

(Ed.D. in Higher Education Administration & Leadership, 2024)

 

Research Abstract & Impact

This doctoral study investigates the underlying institutional factors driving faculty reluctance, technical capability, and overall readiness regarding digital learning platforms and online instructional delivery systems.

 

By analyzing the intersection of faculty attitudes and administrative support structures within decentralized academic frameworks, this research establishes a scalable, consensus-driven framework for managing technical change.

The Practical Translation
Rather than relying on top-down mandates that trigger institutional friction, this research provides university leaders with actionable, relationship-driven strategies to de-risk technology rollouts, overcome faculty resistance, and successfully align academic autonomy with enterprise system compliance.

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Click to View Dissertation
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The Cooper Coil: Digital Qualitative Research Design Model

Developed as a proprietary methodological framework to systematize and de-risk qualitative data collection, transcription, and thematic analysis. The Cooper Coil integrates cutting-edge digital software layers—including AI-driven transcription architectures and qualitative matrix coding tools—to ensure complete data integrity, auditable workflow tracking, and seamless progression from raw input to validated scholarship themes.

CASE STUDY

  • The Problem: In 2021, there were 0 devices or secure WIFI connectivity in 55 facilities for instructional technology.

  • The Strategy: Dr. Cooper was hired as a sole source to design the human side—the people, processes, and procedures—funded by a $1.2M grant and collaboration with network configuration and security cross-functional technical IT teams and external vendors.

  • The Result (2026): 186 classrooms now have safe, strict, secure access to Wi-Fi in a zero-trust environment, supporting 250 instructors, 2,000+ devices, and thousands of students.

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ENTERPRISE MODERNIZATION BRIEF

Statewide Digital Transformation & Infrastructure Governance

Executive Overview

  • Initiative Lifecycle: 2021 – Present

  • Scale of Impact: 55 Distributed Facilities | 186 Secure Classrooms | 2,000+ Managed Devices

  • Institutional Partners: 43 North Carolina Community Colleges | 3 Four-Year Universities (UNC Chapel Hill, Campbell University, Shaw University/Judson College)

  • Scope of Leadership: Single-Source Program Director owning the People, Processes, and Procedures required to architect, deploy, and govern a statewide instructional technology ecosystem from absolute zero.

 
The Challenge: Systemic Digital Exclusion
In 2021, zero out of fifty-five North Carolina correctional facilities possessed laptop devices or secure network architectures to support modern instructional technology. Educational pathways were restricted to traditional paper-and-textbook models, creating a profound digital equity chasm for over 30,000 potential learners.
The core challenge was navigating extreme institutional heterogeneity, rigid bureaucratic policies, and severe network security constraints. Implementing modern, 21st-century educational tools required engineering a standard technical framework that absolute zero-trust environments could adopt without compromising institutional safety or state network integrity.
 
The Solution: The Human & Process Architecture (iNet)
As the sole Technology Administrator, Dr. Cooper engineered and operationalized a standardized, statewide instructional network ecosystem (the Inmate Network / iNet). This initiative scaled digital infrastructure across 186 modern classrooms, deploying over 2,000 secure learning devices. The transformation was achieved entirely through rigorous process optimization, stakeholder consensus-building, and cross-functional governance, without relying on hands-on hardware modifications.


[Academic/Vocational Request] ──► [Ed Tech Admin Pre-Vet Scan] ──► [NCDIT Compliance Officer] ──► [iNet Portal Whitelist Deployment]
 
 
1. Rigorous Technology Vetting & Governance Processes
To maintain absolute architectural control, a strict, standardized intake and risk-mitigation workflow was established:
 

  • The Tech Vet Framework: To add software or web-based resources, facility administrators or college partners must submit a formal Tech Vet Request detailing academic justification and user-impact analytics.

  • First Line of Defense: Dr. Cooper evaluates the request and conducts an advanced Pre-Vet Security Scan to ensure the platform complies with strict state data-privacy standards.

  • Cross-Functional Escalation: Validated requests are escalated to the NCDIT Security Compliance Officer for final engineering clearance. Approved platforms are then securely whitelisted on the iNet infrastructure.

 
2. Decentralized Identity & Access Management (IAM)
To scale the administration of the network without expanding central overhead, Dr. Cooper designed a decentralized Tier-1 support and access structure:
 

  • iNet Portal Coordinators: Trained and certified approximately 125 field staff members to act as low-level Active Directory facilitators, empowering them to securely manage user authentication and provision login credentials locally.

  • Tier-1 Helpdesk Ownership: Dr. Cooper serves as the exclusive Tier-1 diagnostic authority for the entire state ecosystem, resolving systemic operational workflows and formatting challenges before escalating complex infrastructure anomalies to NCDIT engineers.

 
3. Stakeholder Alignment & Policy Enforcement
Operating in a highly matrixed environment required building trusted rapport across diverse organizational cultures:
 

  • Bi-Weekly Cross-Functional Steering: Establish and lead bi-weekly tactical alignments coordinating NCDIT Project Managers, security architects, network engineers, and facility Wardens to review workflow feasibility.

  • Compliance Protocols: Authored and enforced strict operational boundaries requiring all incoming instructors to execute the state Acceptable Use Policy (AUP) and Prison Guidance Technology Statements.

  • Network Segmentation: Engineered strict organizational boundaries, ensuring instructors maintain independent, unrestricted wireless access completely isolated from student-facing secure devices.

 
Measurable Institutional Outcomes
 

  • Zero to Enterprise Scale: Expanded digital capabilities from 0% baseline readiness to a fully operational, 55-facility infrastructure hosting Learning Management Systems (LMS) and secure distance-education configurations.

  • Academic Advancement: Enabled 43 community colleges and 3 four-year universities to safely grant High School Equivalency certification, advanced vocational licensing, Associate Degrees, and Bachelor's Degrees within secure spaces.

  • Sustainable Operations: Built a repeatable, de-risked framework that balances innovative academic technology adoption with enterprise network protection, establishing a national blueprint for digital equity in highly restricted environments.

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