Apps, Platforms, and Custom Software.
Each Built to Do One Job Well.
A standalone app with one sharp purpose, a platform that connects two groups of people, or the software a business runs on day to day. I build all three the same way: AI doing substantial work across the lifecycle, a career of engineering discipline directing it, fixed-price modules, and a working demonstration every ten hours.
Human-Led, AI-Augmented Software Engineering.
AI doesn't replace engineering discipline; it accelerates it. The result: better builds, faster delivery, consistent ROI.
Generated Is Not Engineered.
AI can generate software very quickly. But generating code and engineering a software system are not the same thing.
How Every Module Gets Built.
Prepare. Build. Refine. Launch. You're involved at every checkpoint. No black boxes, no surprises.
The 40-Hour Module
What You Own When It's Done.
Every engagement is built to be handed over. Not eventually, and not on request: by design, from the first day.
The Won the Lottery Test
Clients rarely ask this one out loud, so let me answer it plainly: what happens to your project if something happens to me?
Two independent engineers have worked alongside me for more than twenty years. Each project is opened to them as far as it warrants, so they know your system while it is being built rather than meeting it for the first time in an emergency. Both are available through the build and after launch, and either can carry it forward if I am unable to.
This is not a contingency improvised on the day. It is how every engagement is run from the start.
While the work is underway, you get a private dashboard that updates as it happens: open issues, what has been completed, and the engineering activity behind every module. You never have to ask how it is going.
It is the same record you keep at the end.
Core Platform Scaffolding.
Every build starts with production-grade infrastructure at no cost to you, so your budget goes to what differentiates your product.
API Architecture & Integration.
The right API is not always the first one you find.
I identify and evaluate APIs from Google, AWS, Microsoft, and third-party providers based on what the application actually needs: functionality, reliability, cost at scale, and permitted use. Then I design the integration around the provider's technical requirements, Terms of Service, data-use restrictions, and security model.
The goal is simple: use the right service, use it efficiently, and use it the way the provider allows.
One Methodology. Every Build Type.
MVP, mobile app, enterprise platform, or a single automation: modular, AI-augmented, shipped on time.
What This Looks Like in Practice.
Most of my client work is confidential and stays that way. These are described by industry rather than by name. Once we have had an initial conversation and there is a real fit, I will walk you through the solutions themselves.
Production & Delivery Tracker
The problem Customer selections, production updates, and delivery dates were scattered across spreadsheets and email. Office staff spent too much time chasing updates, and late changes sometimes failed to reach the shop floor.
The solution I developed a lightweight web application that brought each building's specifications, approvals, production milestones, and delivery readiness into one shared view.
The approach An Azure-hosted application with a managed SQL database replaced disconnected spreadsheets. Simple, role-based screens supported office and production staff, while automated notifications flagged pending approvals and schedule changes.
Rental & Sales Dashboard
The problem Booth rental agreements, Etsy sales, and Stripe payments were managed across separate systems. Keeping QuickBooks current required repetitive data entry, and the owner lacked a consolidated view of the business.
The solution I built a custom, cloud-based dashboard that brought booth rental information, agreement renewals, sales, and payment activity into one place.
The approach I used Zapier to streamline connections between the business's Etsy shop and QuickBooks, then built custom interfaces to connect Stripe activity with QuickBooks. The dashboard presented the combined information in a straightforward view, reducing manual reconciliation and making daily operations easier to manage.
Simple Scheduling & Billing
The problem A solo mechanic needed reliable scheduling, billing, and checkout, but couldn't justify the upfront investment, recurring licensing fees, and support costs of a full shop management system.
The solution I developed a compact application tailored to the owner's daily routine: schedule an appointment, record vehicle and service details, prepare an invoice, and collect payment.
The approach A lightweight AWS-hosted application kept customer records, appointments, and invoices together, with an integration to the existing point-of-sale provider for checkout and payment status. By focusing on the essentials and using modest cloud resources, the solution kept costs manageable and administration simple.
Tell Me What You're Building. I'll Tell You How Fast It Can Ship.
Send the project. You'll get a written scope back in 48 hours: timeline, module count, fixed quote. No retainers, no decks, no surprises.
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