Discovery • Solution Architecture • K-12 • RFP • Managed Print

Mapping the problem before selling the solution.

The Moore County Schools project was not approached as a one-for-one equipment replacement. We spent significant time walking every site together, reviewing the existing fleet, talking through workflows, documenting operational pain points, and determining what each location actually needed before recommending equipment.

Shared field discoveryWorkflow analysisSite-by-site mappingRFP through implementation

Discovery

We walked every site together, observed the existing environment, talked through workflows, and documented what users and locations actually required.

Design

Field observations became model-specific equipment recommendations, configurations, placement decisions, and detailed floor-plan mappings.

Technical follow-through

After implementation, my role became increasingly hands-on with the school-system IT teams around MyQ, Kyocera Net Manager, integration, troubleshooting, and stabilization.

Field methodology

Start with the pain, not the product.

The goal was not to walk into a school and ask, “What copier do you want?” It was to understand what people were trying to accomplish, where the existing process was failing them, and what combination of technology, equipment, placement, and workflow could make it better.

01ObserveExisting equipment + placement
02AskWhat users actually need
03DocumentRequirements + constraints
04AnalyzeWorkflow + pain points
05DesignTechnical + product fit
06MapModel-specific placement
07ValidateProposal against reality
08ImplementCarry it into operations

Technical discovery + solution design

My lane

I brought the technical problem-solving, workflow-analysis, customer-discovery, and solution-design perspective: identify the pain, understand the operation, and find the technical opportunity.

Managed-print domain expertise

The teammate beside me

My teammate brought years of copier and managed-print experience and a deep understanding of device capabilities, configurations, finishing options, and practical deployment requirements.

Neither half was enough by itself.

That product expertise was critical to turning the technical solutions we envisioned into configurations the equipment could actually deliver. We walked the sites together and built the solution together.

Mapping the solution

The floor plan became part of the engineering process.

Instead of producing a generic equipment list, proposed devices were mapped to specific areas based on what we learned during the walkthroughs. Different models and configurations were selected according to the requirements of the people and workflows around them.

Public-safe by design.

The original maps contain detailed school-layout information and remain private. The examples shown here intentionally destroy usable facility detail while preserving the planning pattern.

Heavily sanitized Moore County Schools discovery map showing planning annotations without usable facility detail
Sanitized field map. Planning marks remain; facility detail does not.
Second heavily sanitized Moore County Schools discovery map
Discovery at scale. Model-specific planning without publishing a usable floor plan.

From proposal to operations

Winning the project was not the end of the technical work.

Parallel district context

Moore and Scotland were separate district projects.

The discovery artifacts shown on this page are from Moore County. Scotland County had its own environment and implementation. My post-implementation technical work extended into both districts, but Moore evidence is not being used here as a stand-in for Scotland.

01
Proposal

Field observations, equipment selection, configuration, authentication requirements, deployment planning, documentation, and commercial requirements became a districtwide solution.

02
Implementation

The managed-print platforms moved into the live school environment, where assumptions met real users, real networks, and real operational constraints.

03
Stabilization

I spent days and, over the life of the projects, months working directly with the Moore County Schools IT department and the parallel Scotland County Schools IT department on the technical side of the MyQ and Kyocera Net Manager environments.

That post-implementation work was substantially more independent than the original field-discovery and proposal process. It included implementation details, integration behavior, authentication and user-impact issues, troubleshooting, configuration questions, and the practical problems that appear only after a system meets a live school environment.

The distinction matters: the discovery and proposal work succeeded because of complementary teamwork; the post-implementation phase also demonstrated my ability to work directly with customer IT departments over an extended period and carry the technical solution through stabilization.

What followed me forward

A good technical solution starts by understanding the operation.

Contemporary proposal material identifies Joshua McDonald as the proposal preparer, while the discovery and solution-development work itself was collaborative from the first walkthrough forward.

Evidence handling: Original RFP documents, school floor plans, customer information, pricing, signatures, equipment identifiers, and other sensitive material remain private. Public examples are derived from original project artifacts but intentionally remove or obscure identifying and security-sensitive information.