AI Engineering & Automation
LLM integrations, agent orchestration, tool calling, and AI-augmented development workflows — from prototype to production.
Senior-level engineering for teams that need real delivery, sound architecture, and technical range.
I build production systems across AI, cloud, mobile, and computer vision — and I use AI coding agents (Claude Code, Codex, Antigravity IDE, GitHub Copilot, Cline) as core tools in my daily engineering workflow. My delivery areas span AI integration, software architecture, full stack development, computer vision / OCR, and cross-platform mobile.
Consulting and delivery centered on systems, outcomes, and operational reliability
LLM integrations, agent orchestration, tool calling, and AI-augmented development workflows — from prototype to production.
Scalable APIs, serverless systems, and secure integrations on AWS and Azure.
Cross-platform mobile applications integrated with real-world operational systems.
Upgrade aging .NET or enterprise platforms to modern cloud architecture without disrupting operations.
Architecture reviews, system design guidance, and senior engineering oversight.
Long-term delivery and measurable business value
Transportation companies needed mobile workflows for drivers, document capture, and GPS-based stop tracking integrated with existing logistics systems.
Built a cross-platform logistics mobility platform with document capture (PDF-to-TIFF, deskew, crop), GPS stop tracking, and backend freight integration.
Depth across AI systems, cloud architecture, mobile delivery, and backend engineering
LLM application development, computer vision, OCR, tool calling, multi-agent systems
Building software with LLM-powered coding agents and AI-driven workflows.
Tools: Claude Code, Codex, Cline, Antigravity IDE, GitHub Copilot, LM Studio, Ollama, MCP servers
Flutter, Xamarin, MAUI.NET, iOS, Android
Node.js, ASP.NET Core, TypeScript, C#, Python, real-time APIs
AWS, Azure, Docker, PostgreSQL, SQL Server, DynamoDB
Selected visual walkthroughs showing applied computer vision, AI extraction, and MCP-based tooling
Streamlit demo detecting countertops, sinks, and appliances in architectural blueprints utilizing a trained Faster R-CNN model.
Extracting blueprint scale via OCR (docTR) to compute real-world dimensions, areas, and generate material cost estimates.
Pixel-perfect instance segmentation masks isolating exact countertop shapes for area computation and material estimation, leveraging a trained Mask R-CNN model.
Architecture: Faster R-CNN and Mask R-CNN utilized as the core backbones for detection and segmentation respectively · Training: 10,000+ annotated blueprint images · Infra: Model training executed on large GPU clusters · Demo: Streamlit interactive frontend
Central dashboard for managing AI providers, prompts, scraping jobs, API keys, and analytics. Configure providers like OpenRouter and LM Studio with model selection and API key management.
Create and manage scraping prompts with target URLs, custom instructions, system prompts, provider/model selection, output format (JSON/XML), and fetch method (headless browser or direct).
Monitor crawling jobs with status tracking, filtering, and pagination. View detailed job results including AI processing metrics (tokens, cost, confidence) and validated structured JSON output.
Backend: .NET 8 / ASP.NET Core · Frontend: React SPA · Scraping: Headless browser (Playwright) · AI: OpenRouter, LM Studio, Anthropic, OpenAI providers · Output: Structured JSON/XML with validation
Excerpt from a Digital Signal Processing textbook. The material is dense, mathematical, and difficult to parse for beginners or high school students.
MathMCP server connected to LM Studio local LLM. The agent ingests the textbook image, simplifies the concepts for a high school level, and generates practice questions.
Tech: Model Context Protocol (MCP) · Model: Local LLM (LM Studio) · Input: Visual / OCR + Text · Goal: Educational simplification & accessibility
Representative consulting and architecture work in a problem, solution, and impact format
Dealership teams needed faster lead capture, qualification, and follow-up inside existing CRM workflows.
Built chat capture, VIN-aware context handling, lead routing, and TypeScript agent skills for SMS, email, and CRM actions.
Automated lead qualification and follow-up across SMS, email, and CRM — reducing manual touchpoints in live dealership workflows.
Core Technologies: TypeScript, Node.js, CRM integrations, AI workflow automation.
The platform needed stronger security, more reliable auth flows, and better real-time AI interaction.
Engineered JWT auth with refresh token workflows, improved streaming behavior, and refined the chat product experience.
Hardened authentication and AI streaming for a commercial real estate platform, enabling production launch with enterprise-grade security.
Core Technologies: JWT auth, streaming AI UX, backend hardening, web application delivery.
Selected builds across AI tooling, mobile platforms, and serverless architecture
MCP server for semantic code search, automated file analysis and editing, and OCR-based visual inspection workflows designed for local-model usage.
AI-assisted task operations built on a serverless AWS backend with conversational workflows, identity management, and cross-platform delivery.
Mobile platform for field service scheduling, dispatch, and job tracking with an enterprise ASP.NET Core backend.
Short articles and insights about building production systems
Notes on making agent systems useful in production without letting inference cost dominate the product.
Read article →What changes when retrieval needs reliability, latency control, and operational ownership.
Read article →Practical approaches for adding AI to established products, workflows, and customer-facing systems.
Read article →How to upgrade critical older platforms incrementally without breaking the business around them.
Read article →I work best with companies and founders who need senior engineering across AI, backend, mobile, and architecture.