5 Weeks
·Cohort-based Course
High quality search ranking for agents and humans
This course is popular
5 people enrolled last week.
5 Weeks
·Cohort-based Course
High quality search ranking for agents and humans
This course is popular
5 people enrolled last week.
Previously at
Course overview
Most search implementations barely scratch the surface of what's possible. While others struggle with irrelevant results and frustrated users, you'll master the cutting-edge techniques that power the world's most successful search experiences—from Reddit and Spotify to hundreds of the Fortune 500.
Why This Course Exists
The Problem: Traditional search training focuses on outdated techniques. Modern AI courses hyper focus on text embeddings and ignore many of the fundamentals of information retrieval. The result? Engineers who can't bridge the gap between amazing demos and production systems that actually work.
Our Solution: Learn from practitioners who've built search systems handling hundreds of millions of queries daily. Doug and Trey have architected search for Reddit, Shopify, Wikipedia, Presearch, CareerBuilder, and dozens of Fortune 500 companies. Now they're sharing the exact methodologies that transformed these platforms.
What Makes This Different
🧠 Go Beyond Surface-Level AI Implementation
Stop downloading random embeddings from Hugging Face or OpenAI and hoping for the best. Learn to systematically analyze your users' actual intent, integrate domain context, and build search that truly understands what people need—not just what they type.
📊 Harness Your Users' Intelligence
Your clickstream data is a gold mine of untapped potential. We'll show you how to properly collect click stream data and how to automatically improve your ranking models using "reflected intelligence"—letting user behavior continuously optimize your search without manual intervention.
🤖 Master RAG That Actually Works
Retrieval Augmented Generation is exploding, but most implementations fail at the "retrieval" part. Learn the advanced chunking strategies, adaptive querying, and guardrails that separate production-ready RAG from toy demos.
🎯 Build Production-Ready Ranking Models
Move beyond basic relevance scoring. Implement battle-tested algorithms from LambdaMART to cross-encoders, with hands-on experience in feature engineering, click model automation, and active learning systems.
🔧 Production Optimization Strategies
Bridge the gap between prototype and production with ANN optimization, quantization strategies, semantic caching, and model serving architectures that scale to millions of users.
The Transformation You'll Experience
Week 1: Foundation & Behavioral Intelligence
Master the core search relevance problem and discover how to automatically improve rankings using your users' own behavior patterns—techniques that powered Wikipedia's search overhaul.
Week 2: Modern AI Integration
Learn when to use bi-encoders vs. cross-encoders, implement multimodal search, leverage modern late interaction models instead of out-of-the-box vector search, and build ranking classifiers that learn from real user feedback—not just static training data.
Week 3: Automated Machine-learned Ranking & RAG Strategies
Automate your learning-to-rank systems with click models and active learning, plus master the retrieval strategies that make RAG actually work in enterprise environments.
Week 4: Productionizing AI Search
Optimize everything for production scale: quantization, ANN strategies, semantic caching, and the query intent mastery that lets you "cheat" at search using LLMs strategically.
What You'll Walk Away With
Immediately Applicable Skills:
- Query intent classification and semantic query parsing
- Click-stream analysis and automated ranking improvements
- Production-ready RAG implementations with proper guardrails
- End-to-end machine learning ranking pipelines
- Advanced vector search optimization techniques
- Combining query modalities for personalized, graph-based, multimodal, and hybrid search.
Strategic Understanding:
- When to use different AI search approaches (and when not to)
- How to systematically improve search relevance using clickstream data
- Production deployment strategies for AI search systems
- The mental models that tie modern information retrieval together
Career Impact:
- Skills used by senior search engineers at top tech companies
- Proven methodologies from instructors who've built search for hundreds of millions of users
- A portfolio and code for production-ready search implementations
- Direct access to a community of search professionals
The Bottom Line
This isn't another AI course that teaches you to call APIs. It's not a search course stuck in 2010. It's the bridge between cutting-edge AI and production search systems that actually work.
You'll learn the exact techniques used by companies processing billions of queries, taught by the engineers who built them. By December 5th, you'll have the skills to architect, implement, and optimize AI-powered search systems that deliver the intelligent AI Search experiences users expect in 2026 and beyond.
Ready to transform your search capabilities?
01
AI Engineers optimizing search ranking to measurably improve user search satisfaction
02
Search Practitioners that want to learn to systematically improve search relevance
03
Technology leaders hoping to plan search experiments to maximize clicks and conversions
04
Software engineers looking to learn both the engineering and data science side of "retrieval" needed fo modern AI systems.
Examples will be taught in Python, it's a good idea to have basic Python familiarity under your belt
Go beyond the query to understand intent
Learn how to integrate your content's context, your domain context, and your users' individual contexts to optimally interpret query intent. We'll cover query classification, query-sense disambiguation, and semantic query parsing, using multiple lexical and LLM-based strategies.
Improve relevance with crowdsourced ranking models derived from click-stream data
Leverage "reflected intelligence" from your use behavioral signals to automatically improve your ranking models. You'll learn to implement algorithms for signals boosting, matrix factorization, collaborative filtering, personalized search, and knowledge graph learning.
Optimize your Retrieval Augmented Generation (RAG) implementations
RAG represents the largest growing use case for search, and "retrieval" is by far the hardest part of RAG. Learn to optimize search for LLMs and agents, as well as the critical strategies (chunking, adaptive queries, guardrails, etc.) and access patterns needed to optimize RAG.
Build machine-learned ranking models from scratch
Learn common ranking models put into production from LambdaMART to cross-encoders
Develop effective ranking features and automate improvements with click models and Active Learning
Learn how we systematically develop great ranking features using a combination of vector and lexical search indices. Generate automatic judgments from user click stream data and uncover unexplored ranking features leveraging simplified dynamic bayesian networks (SDBNs).
Fill in holes in your modern information retrieval knowledge
The field of information retrieval is vast. Learn the mental models that tie it all together. Understand when to use bi-encoders vs. cross encoders vs. knowledge graphs, ANN vs. quantization vs. representation learning, pooled vectors vs. late interaction vs. late chunking, etc.
Operationalize AI Search
Get hands on experience optimizing AI Search for production. Implement ANN and quantization strategies, reranking, semantic caching, and even local model serving for search and RAG.
Live sessions
Learn directly from Doug Turnbull & Trey Grainger in a real-time, interactive format.
Lifetime access
Go back to course content and recordings whenever you need to.
Community of peers
Stay accountable and share insights with like-minded professionals.
Certificate of completion
Share your new skills with your employer or on LinkedIn.
Maven Guarantee
This course is backed by the Maven Guarantee. Students are eligible for a full refund up until the halfway point of the course.
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Bertrand Rigaldies
Audrey Lorberfeld
Since 2010, Doug Turnbull has worked with companies such as Shopify, Careerbuilder, Wikimedia Foundation, Shipt, and LexisNexis on improving search experiences. Doug coaches and develops search teams from startups to Fortune 500 companies, setting up organizational practices to build relevant search. Doug wrote “Relevant Search” (2016) and co-authored “AI Powered Search” (2022). He also co-created the Elasticsearch Learning to Rank, bringing machine learning to the most popular search engine, which revamped Wikipedia and Yelp, driving intelligent search behind dozens of companies' search experiences.
Trey Grainger is lead author of the book AI-Powered Search (Manning 2025) and the founder of Searchkernel, a software consultancy building the next generation of AI-powered search. He also serves as a technical advisor at OpenSource Connections. He previously served as CTO of Presearch, a decentralized web search engine, and as Chief Algorithms Officer and SVP of Engineering at Lucidworks, an search company whose technology powers hundreds of the world’s leading organizations. Trey is also co-author of the book Solr in Action (Manning 2014), as well as over a dozen other publications including books, journals, and research papers. Trey has 18 years of experience in search and data science, including significant work developing semantic search, personalization and recommendation systems, and building self-learning search platforms leveraging content and behavior-based reflected intelligence.
Join an upcoming cohort
Nov 2025
$1,600
Dates
Payment Deadline
4-8 hours per week
Tuesday: Live Course Session (Trey/Doug)
1:00pm - 2:30pm EST
Thursday: Live Session (Doug/Trey)
1:00-2:30pm EST
Fridays - Office Hours
1:00pm - 1:45pm
Check in bring your questions to discuss with Trey and Doug.
Notebook-based Projects
2 hours per week
Jupyter-notebooks-based assignments to sharpen your skills and reinforce course material.
Guest Speakers
days/times may vary
We'll bring in other industry experts for additional sessions covering several emerging topics at the frontier of AI-powered search
Active hands-on learning
This course builds on live workshops and hands-on projects
Interactive and project-based
You’ll be interacting with other learners through breakout rooms and project teams
Learn with a cohort of peers
Join a community of like-minded people who want to learn and grow alongside you
Join an upcoming cohort
Nov 2025
$1,600
Dates
Payment Deadline