Document Intelligence
Grounded retrieval, structured document workflows, controlled generation, and enterprise knowledge access.
I architect and build enterprise agentic systems that route work across specialist agents, expose focused capabilities through MCP, ground answers in governed data, and choose the execution pattern that fits the problem.
A purpose-built fleet where each specialist gets the context, tools, permissions, and boundaries needed for its job.
Grounded retrieval, structured document workflows, controlled generation, and enterprise knowledge access.
Multimodal reasoning with screening and safety gates before model responses are returned.
Read-focused search and retrieval across collaborative knowledge and work-management systems.
User-scoped learning experiences where results follow the signed-in user's delegated permissions.
Specialist agents for product and operational scenarios backed by governed structured data and test cases.
Async job pipelines and automation across queues, storage, and cloud services for longer-running AI workflows.
A sanitized view of systems I have designed and built. The focus here is the engineering pattern and use case — not employer code, internal names, customer data, endpoints, or proprietary implementation details.
Challenge: make a large, changing body of product knowledge usable by an agent without turning retrieval into an ungoverned black box.
Build: a Python-based specialist tool service with a broad read-focused surface for search, retrieval and discovery, plus a narrowly controlled generation path. Content indexing is maintained incrementally rather than rebuilt blindly.
Challenge: let an enterprise agent reason over images while keeping image handling ephemeral and applying content screening before returning model output.
Build: a read-only vision specialist that sends image content directly to a multimodal model, applies screening logic, and does not persist image bytes to application storage.
Challenge: ground answers in collaborative knowledge and work-management platforms without giving an AI system unnecessary mutation privileges.
Build: a focused integration layer for knowledge search, page retrieval and work-item search, intentionally constrained to read-oriented operations and known information domains.
Challenge: enterprise learning results should follow the real signed-in user rather than a shared service identity.
Build: a learning specialist using delegated OAuth so retrieval is scoped to each user's actual permissions and learning context.
Challenge: expose structured domain scenarios to an agent without relying on free-form model memory or production-sensitive data.
Build: a read-only specialist backed by a structured scenario store, using cloud identity and RBAC to retrieve deterministic test-case knowledge.
Challenge: some AI work is too long-running and multi-stage for a single synchronous chat/tool call.
Build: an asynchronous pipeline spanning extraction, validation, synthesis and job-status retrieval, coordinated through cloud storage and queue-backed execution.
Challenge: not every enterprise AI experience belongs inside an MCP-backed conversational orchestrator.
Build: a standalone full-stack agent experience with a React frontend, Python API backend, repository tooling, managed secrets and model integration.
The experience stays coherent while specialist agents, tools, models, identity, and enterprise systems evolve independently.
Design principle: keep specialists focused, permissions narrow, tool execution observable, and the integration layer independently replaceable from the conversational experience.
A separate architecture track exploring how a multi-agent system can retain verified corrections, personalize only where governance allows it, and learn from aggregate usage without treating every form of memory as the same thing.
Architecture is only useful if it ships. My work spans agent design, tool contracts, code-assisted development, cloud execution, identity, data, observability, and enterprise integration.
Used heavily for implementation, refactoring, debugging, repo-level reasoning, and accelerating AI engineering workflows.
Orchestration, child-agent patterns, enterprise integrations, and conversational system design.
Reusable tool contracts for specialist agents and independently deployable enterprise capabilities.
Serverless MCP services, tool logic, validation, and integration workflows.
Serverless deployment surface for independently scalable AI tools and workflow services.
Generative and multimodal model integration inside enterprise-governed systems.
Keyless and delegated access patterns with RBAC and least-privilege boundaries.
Prompt, tool, failure, and usage telemetry through Application Insights and downstream analysis.
Scenario stores, knowledge data, queues, and serverless persistence patterns.
Connecting agents to enterprise systems outside the MCP boundary when needed.
Custom agent experiences and standalone AI application surfaces.
Containerized application patterns, deployment, scaling, and cloud-native operations.
Specialized intelligence. Governed access. Observable execution. Systems that solve real enterprise work.