Alabama-based · Open to full-time opportunities
Five years of software development experience across commercial connected systems, manufacturing automation, and independent full-stack product development.
Systems Reasoningunderstanding how hardware, software, data, users, and workflows interact
Integration Engineeringconnecting protocols, devices, applications, APIs, and databases across system boundaries
Engineering Automationtranslating complex technical and operational processes into maintainable software
End-to-End Deliverymoving from requirements and investigation through implementation, verification, and deployment
01 / Experience
Commercial connected systems, manufacturing engineering, and an independently deployed product.
DopamineDrip Studios
Next.js · TypeScript · PostgreSQL · Docker · Vercel
Clayton Homes
AutoLISP · AutoCAD · Manufacturing workflows
Firefly Integrations
AngularJS · Ionic · Capacitor · RV-C/CAN · Git
Earlier service
Elkhart County Sheriff’s Office · U.S. Navy Reserve · Army National Guard
02 / Case studies
Two examples of diagnosing unfamiliar systems and delivering practical software improvements.
Turning raw vehicle telemetry into understandable, responsive application state.
An Ionic/Capacitor mobile application surfaced state from connected RV equipment including batteries, inverters, generators, awnings, leveling, braking, and emissions systems.
Multi-battery systems needed pack-level identification and individual state-of-charge values. High-frequency updates also introduced visible UI lag.
I used an RV-C CAN adapter to inspect messages, translated hexadecimal payloads into binary fields, interpreted protocol documentation, and identified transmitting devices and system states.
I added Xantrex multi-battery handling, device-based pack selection, a radial state-of-charge view, and 500-millisecond processing windows for incoming telemetry.
Displayed values were checked against connected hardware. The resulting feature distinguished battery packs while batching updates addressed the observed UI lag.
My work consumed data delivered through the gateway; I did not implement the BLE stack or underlying GATT layer.
Encoding a repetitive, geometry-heavy drawing process into dependable tools.
Print-pack preparation combined image capture, boundary selection, text fields, drawing preparation, and print operations.
Automation had to work with complete manufactured-home drawings used during daily production preparation without exposing proprietary drawing content.
I gathered requirements and built a 2,000+ line AutoLISP application that reproduced the workflow in a repeatable command path.
A separate whole-drawing tool classified entities, handled shifted block origins, and applied object-specific translation, reflection, and Z-axis rotation.
The tool derived reference geometry and centerlines, then repositioned in-wall structural elements that required correction after transformation.
The automation removed the need to redraw reversed floor plans and was maintained for day-to-day engineering and office workflows.
03 / Projects
Deployed full-stack work and a focused hardware-in-the-loop demonstration.
A deployed product effort with catalogue, authentication, persistent guest and account carts, checkout, orders, administration, inventory, content controls, basic sales analytics, and transactional email.
A focused integration demonstration: firmware reads analog input, applies a threshold, controls status LEDs, and emits structured text that a Java application parses.
04 / Capabilities
Grouped by where they have been demonstrated—not presented as equal-depth claims.
Professional & independent
Professional
Professional
Deployed projects
Project experience
Education
Purdue University Global · Online · Graduated October 2023
05 / Contact
I’m open to full-time software engineering roles involving systems integration, engineering automation, manufacturing systems, full-stack applications, or hardware-integrated software.