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Production AI,
not slideware.

RAG, agentic systems and enterprise data platforms — architected, delivered and defended in production. By the principal architect who built a 25-engineer Data & AI practice from zero and signed every SOW that left it.

/ 01 — The problem

Most enterprise AI dies
between demo and production.

The demo takes three weeks. Production takes an architecture: security, multi-tenancy, cost control, data pipelines that don't lie, and answers the business can trust. That second part is where programs stall — a proof of concept the board loved, a team strong in engineering but new to LLM behavior, a vendor proposal that reads well and ships nothing.

The missing piece is usually the same: one senior person who spans the data layer, the backend, the AI behavior and the commercial conversation — and who takes accountability for the outcome instead of the deliverable.

/ 02 — What I do

From platform decision
to production code.

Four fronts, usually combined. The same person owns the architecture, writes and reviews the code, and answers for the result in front of leadership.

/ 01

RAG & agentic systems

Retrieval-augmented generation and agent architectures on Azure OpenAI and LangChain — document intelligence, multi-tenant designs for regulated industries, GPT-4o realtime voice interfaces, prompt and context engineering that controls hallucination instead of hoping.

Delivered for banking and financial institutions where wrong answers have consequences.

/ 02

Enterprise data platforms

Dataiku (full certification suite), Microsoft Fabric, Snowflake, Databricks. Reference architectures, metadata-driven ETL/ELT frameworks, star schemas that survive real data, incremental pipelines with change tracking.

Platform selection included — argued from delivery experience on all of them, not from a vendor deck.

/ 03

AI strategy & architecture

The decisions before the code: platform versus protocol, governance, build-buy boundaries, data monetization, target architectures that a steering committee can approve and an engineering team can build.

Written to SOW grade — scope, deliverables and acceptance criteria a lawyer and an engineer can both read.

/ 04

Teams & delivery

Building and running AI engineering organizations: hiring plans, training programs, Centers of Excellence, delivery processes — proven by building a 25-engineer practice across four countries from a standing start.

Or embedding into your existing team as the senior technical authority it's missing.

/ 03 — Engagement shapes

Four ways
this works.

100% remote, in English, for clients primarily in North America and Europe. Most engagements start small — an audit or architecture review — and grow on results.

/ Shape · 01

Embedded principal architect

Long-running role inside your AI or data program: technical direction, reference designs, code review, delivery accountability. The senior spine of the team.

/ Shape · 02

Architecture & delivery audit

Weeks, not months: read the codebase, the pipelines and the team; report what is real, what is risk and what to do — in language both engineering and the board accept.

/ Shape · 03

Program rescue

For AI initiatives that stalled between POC and production: honest diagnosis, re-architecture where needed, and delivery ownership until it ships.

/ Shape · 04

Pre-sales & SOW support

For consultancies and vendors: solution architecture, proposal and SOW authorship, and the senior technical presence that closes late-stage enterprise deals.

/ 04 — Proof

Shipped, not
promised.

A selection from the full project history — each row links to the detailed record.

/ 06 — FAQ

Asked before
every engagement.

The questions serious buyers ask — answered the way I'd answer them in the first call.

Do you actually write code, or only architecture?

Both. I design the architecture and stay in the codebase — design reviews, key implementations, code review on the critical pieces. Architecture decisions land better when they're grounded in the code, not in a diagram.

Which AI and data stack do you work with?

Azure OpenAI, LangChain and Python for RAG and agentic systems, including GPT-4o realtime voice. Data platforms: Dataiku (full certification suite), Microsoft Fabric, Snowflake and Databricks. The choice is driven by your context, not my preference.

Can you take over an AI program that's struggling?

Yes — project recovery is a recurring pattern: read the codebase and the organization, diagnose honestly, re-architect what needs it, and carry delivery accountability until it ships.

How does an engagement start?

A conversation through LinkedIn, then typically a scoped first step — an architecture review or delivery audit measured in weeks — before any large commitment. Remote, in English, primarily North America and Europe.

Have an AI program
that needs to ship?

Tell me where it stands — even if the honest answer is “stuck.” The first conversation costs nothing and usually clarifies a lot.