Hardware-Software Systems • Test & Automation • Circuit Design

Engineering reliable systems
from circuits to scalable software.

I design and build hardware–software systems, spanning embedded firmware, circuit design, automation, and scalable applications.

C/C++ • Python • MATLAB Embedded Systems • Circuit Design • FPGAs Automation • Software Engineering • Web Development
WEB & DIGITAL

Digital Platforms & Multi-Site Systems

Production work across multi-location healthcare brands and service businesses, focused on scalable content architecture, analytics + consent, and conversion-driven workflows.

A QUICK TOUR

Web platforms built like systems.

I build and maintain web platforms that behave like software systems: consistent architecture across sites, measurable performance, compliance-ready tracking, and repeatable content + form workflows.

Multi-site model GTM + GA4 Consent (OneTrust) Form workflows SEO framework Ongoing operations
HTML CSS JavaScript WordPress REST APIs
Use the arrows (or swipe) to browse the work →
cCARE Network website preview

cCARE Network

Enterprise Multi-Location Oncology Platform

Large-scale healthcare platform supporting structured content, compliance integrations, and patient acquisition across multiple locations.

  • Built and maintained 139 pages and 202 blog posts
  • Scaled site structure across locations while keeping UX consistent
  • Integrated GTM + analytics and consent controls (OneTrust) for compliant tracking
  • Supported form-driven lead capture and operational workflows (Formstack)
  • Ongoing performance tuning, content updates, and technical maintenance
Multi-Site Content System SEO GTM/GA4 OneTrust Form Workflows
PET Imaging website preview

PET Imaging

Multi-Location Imaging & Conversion-Focused Platform

Imaging services platform designed for patient access, location discovery, and strong conversion paths.

  • Maintained 39 pages and 77 blog posts
  • Multi-location UX with clear navigation, CTAs, and contact pathways
  • Analytics + consent configuration to keep measurement compliant
  • SEO structure for service visibility and local intent traffic
  • Ongoing updates for speed, content, and operational needs
Multi-Location Conversion SEO GTM/GA4 OneTrust
Bardmoor Cancer Center website preview

Bardmoor Cancer Center

Content-Driven Oncology Platform

Content-first oncology site built for education, discoverability, and clean patient pathways.

  • Maintained 48 pages and 112 blog posts
  • SEO structure across treatments, conditions, and educational content
  • Analytics + consent alignment for compliant measurement
  • Form pathways for patient outreach and lead capture
  • Ongoing optimization for performance and content quality
Content Architecture SEO Analytics Compliance Healthcare
Imperial Valley Radiation Oncology website preview

Imperial Valley Radiation Oncology

Multi-Location Site Split & Platform Continuity

Radiation oncology platform maintained through a brand/site split, preserving shared architecture while separating content and operations.

  • Maintained 34 pages and 118 blog posts
  • Supported the split into two distinct public websites (shared theme + consistent UX)
  • Separated content, navigation, and location context while keeping the system maintainable
  • Kept analytics + consent + forms stable through the transition
  • Ongoing content ops, performance tuning, and updates
Site Split Content System SEO GTM/GA4 Operations
South Bay Radiation Oncology website preview

South Bay Radiation Oncology

Multi-Location Brand Split & Localized Content

Sister site created from the same platform split, maintaining system consistency while tailoring content to a different region and audience.

  • Maintained 37 pages and 120 blog posts
  • Preserved shared design language while creating a distinct site identity
  • Localized content structure and location messaging without breaking maintainability
  • SEO + performance maintained across ongoing content growth
  • Ongoing updates, analytics/compliance alignment, and site operations
Site Split SEO Content Ops Performance Healthcare
Urology Partners website preview

Urology Partners

Patient Education & Specialty Practice Platform

Specialty practice website focused on clear service discovery, patient resources, and strong navigation across key health topics.

  • Maintained 25 pages and 41 blog posts
  • Organized content for men’s health, women’s health, and patient resources
  • Improved discoverability through SEO-friendly structure and internal linking
  • Supported analytics tracking and ongoing content updates
Content Structure SEO Analytics Healthcare
Angelic Birthing website preview

Angelic Birthing

Boutique Service Brand Website

A smaller build that highlights end-to-end delivery: structure, trust-building content, lead capture, and ongoing maintenance.

  • Designed and launched 6 pages and 3 posts
  • Clear service packaging and conversion-friendly layout
  • Implemented tracking and spam protection (reCAPTCHA)
  • Ongoing updates and site management
Brand UX Conversion Analytics reCAPTCHA
Want the full breakdown?
Architecture + case studies live in one repo.
If you want to see how I standardize content models, tracking/consent, SEO structure, and form workflows across brands, the repository has the full write-up.

Scalable Web Systems

Architecture Notes + Case Studies

A documented view of how these platforms are built and maintained: repeatable site structure, compliant analytics, SEO framework, and form-driven operations.

  • Architecture: multi-site model, analytics/consent, form workflows, SEO framework
  • Case studies: platform scope + scale indicators + system decisions
  • Best for reviewers who want “how it works,” not just screenshots
Documentation Architecture Operations
More projects available on request. Reach out →
CAPABILITIES

Technical Skills

Cross-disciplinary engineering across hardware, embedded systems, and automation-driven software.

Core Engineering

  • C / C++
  • Embedded C
  • Python
  • MATLAB
  • Assembly
  • Linux

Hardware & Embedded

  • Microcontrollers
  • ARM Architectures
  • FPGA (VHDL / Verilog)
  • RISC-V
  • PCB Design
  • Power System Design

Software & Automation

  • Python Test Automation
  • PyTest
  • NumPy / Pandas
  • Signal Processing
  • Engineering Tooling
  • Web Development (HTML, CSS, JS)

Test & Systems

  • Hardware Validation
  • Firmware Testing
  • Oscilloscope & Lab Instrumentation
  • Circuit Debugging & Signal Analysis
  • System Integration
  • Documentation & Reproducibility
ABOUT

Engineering across hardware and software.

I’m Dai’zjon Carney, an Electrical Engineer with strong software foundations. I build systems that ship, with clean interfaces, reliable validation, and thoughtful debugging.

I like working where electronics meets software, including embedded development, automation, and lab validation, and turning messy problems into reliable, testable systems.

End-to-End Ownership
Taking ideas from initial requirements through system design, implementation, validation, and final delivery.
Reliability & Validation
Test-driven workflows, lab instrumentation, and automation that catches issues early.
Dai’zjon Carney
Electrical + Software Engineering
Nashville, TN
EDUCATION
B.S. Electrical Engineering — University of Tennessee, Knoxville
FOCUS
Electronics • Embedded Systems • Software Engineering
STRENGTH
Hardware–Software Integration
TOOLING
Python • C/C++ • Linux • Embedded Development • Lab Validation
What I’m into
  • Embedded systems + hardware–software integration
  • Automation, tooling, and making systems easier to test
  • Hardware prototyping, embedded builds, and real-world validation
Outside the lab
Working out Gaming Blender / 3D Unreal Engine Travel
Contact

Let’s Work Together.

I’m open to hardware, embedded, test automation, and software engineering roles.

If you’re building real systems and want someone who thinks end-to-end, from requirements through validation, I’d love to connect.

📍 Nashville, TN — open to remote, hybrid, and relocation.
Prefer email? Totally fine. If you use the form, replies go straight to my inbox.