It's software, data, machine learning, infrastructure, and increasingly hardware — all in one job. Most courses teach you how to build a model. I teach you how to ship it, scale it, monitor it, and keep it running.
From classical ML to LLM agents, learn the production skills behind systems serving 8.6M predictions a day and saving teams 1,000+ hours a week. For Python engineers who want to build AI that works in the real world.
Getting Started is free. No card required.
Every path shares the same rigorous foundations — and even the agentic systems in Path 2 need the classical models Path 1 teaches, for scoring, ranking, and routing. Where you go after that depends on what you are building.
Build, deploy, and monitor a production machine learning system end to end. Carry one product from a messy notebook to a served API, then to monitoring and continuous retraining.
Ship AI-powered products by calling models rather than training them. Retrieval pipelines, agents, and language-model features built on top of the Anthropic API, the fastest route from idea to a working system.
For engineers who want to understand what happens under the hood. Self-host, fine-tune, and train models at scale: pre-train a small language model, fine-tune with low-rank adaptation, and run multi-node training on GPUs.
Machine learning engineering interviews: algorithms and data structures, machine learning coding, system design, and behavioral. Focused on exactly the fundamentals that show up at top companies.
That's what I built this for. The platform is early and I'm building it in the open — founding members fund the build and shape what ships next. If you're ready to ship real applications, sign up: $19.99 a month, yours for as long as you subscribe. After the founding window, prices go up.
Getting Started, free forever. Set up your environment, learn the git workflow, deploy a portfolio site.
Start free →Full access to Ship a Machine Learning Product — everything available today, and everything as it ships. New paths and the AI tutor coming soon, included for founding members the day they launch.
Become a founding member
My path into AI started in theoretical chemistry. At the University of Washington I worked on quantum mechanics simulations, Hamiltonian systems on computing clusters. That was my first experience building and debugging large computational systems.
When I moved into industry, I noticed the same problem everywhere. Teams could build models. Getting those models to run reliably in production was a completely different challenge. Pipelines failed. Inference systems broke. Models behaved unpredictably at scale.
That is the skill this curriculum teaches. Not just how to train models. How to ship systems that work in the real world.
Not ready yet? Get notified as new paths ship.