Overview
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Chroma, Weaviate & Production RAG Deployment equips developers and ML engineers with end‑to‑end skills to deploy and manage vector databases for advanced search and retrieval‑augmented generation. You’ll start by launching a local Chroma instance via its Python SDK, configuring collections and ingesting thousands of documents. You’ll build automated pipelines that link embedding models (OpenAI, HuggingFace) to Chroma and troubleshoot dimension mismatches. Next, you’ll design a RAG pipeline with Chroma and LangChain to ground LLM responses in verifiable data and assess its impact. Through courses on Weaviate you’ll model complex data with multi‑class schemas, import interconnected objects, benchmark query latency and write semantic, vector and hybrid queries. You’ll spin up Weaviate with Docker Compose, define a schema and perform your first semantic search. Additional modules teach you to build a semantic search API with Chroma and Flask, manage metadata and multi‑collections via an ETL pipeline, and implement advanced RAG patterns (Corrective, Self‑RAG and Agentic). You’ll enable Weaviate’s automatic vectorization and evaluate the tradeoffs, tune index parameters to reduce latency and script migrations from Chroma to Weaviate, and deploy vector databases securely with TLS, RBAC and Grafana monitoring. By the end you’ll be ready to build, tune and maintain production‑ready vector search and RAG systems.
Syllabus
- Course 1: Deploy Vector DBs Securely
- Course 2: Manage Data in Chroma
- Course 3: Advanced RAG Patterns
- Course 4: Build Chroma Search
- Course 5: Boost RAG with Chroma
- Course 6: Enable Vectorization in Weaviate
- Course 7: Optimize and Migrate Vectors
- Course 8: Query Weaviate Smartly
- Course 9: Launch Chroma Fast
- Course 10: Model Data in Weaviate
- Course 11: Integrate Embeddings and Chroma
- Course 12: Spin Up Weaviate
Courses
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Advance RAG Patterns is an intermediate course designed for AI developers and ML engineers who have built a basic RAG pipeline but find it still fails on complex or nuanced queries. While foundational RAG reduces hallucinations, production-grade AI demands greater reliability, accuracy, and reasoning. This 2-hour course moves beyond the basics to teach you how to engineer robust, intelligent, and self-correcting systems. Focused on practical, job-ready skills, this course dives deep into cutting-edge architecture. You will learn to implement and evaluate a suite of advanced patterns, including Corrective RAG for query rewriting, Self-RAG for source validation, and Agentic RAG for multi-hop problem-solving. Through hands-on, in-browser projects, you will A/B test these different architectures, analyze their performance against key metrics, analyze different embedding services, and make data-driven decisions on improving accuracy. By the end, you'll be able to not just build, but architect and defend production-ready RAG systems that are both powerful and trustworthy.
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"Deploy Vector DBs Securely" is an intermediate course for developers and ML engineers who are ready to move their AI applications from a local machine to a production environment. Knowing how to use a vector database is one thing; deploying it securely and reliably is the critical next step. This two-hour, hands-on course provides the essential last-mile skills needed for production readiness. Focused entirely on real-world job tasks, you will learn to lock down your data pipeline. You'll containerize a vector database like Chroma or Weaviate using Docker, push it to a registry, and secure it with TLS encryption and Role-Based Access Control (RBAC). You will then master the operational side by setting up Grafana dashboards to monitor cluster health and analyzing performance data to configure autoscaling policies. By the end, you will have the confidence to deploy, manage, and scale vector databases in line with enterprise-grade best practices.
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Optimize and Migrate Vectors is an intermediate course for Machine Learning engineers and developers looking to master the operational side of vector databases. In the world of Vector-Ops, building a functional application is only the baseline; the real challenge lies in maintaining sub-millisecond latency and infrastructure agility as data scales. This 90-minute, hands-on course tackles two critical job tasks: performance tuning and platform migration. The course requires Python skills, vector database concepts, and API/command-line experience. Docker Desktop with 8GB+ RAM must be installed on your system. This course is focused on real-world execution. You will learn to diagnose performance bottlenecks and tune vector index parameters to cut query latency by up to 40%. Next, you will learn how to architect and execute a full-scale data migration, scripting the transfer of over 100,000 vectors from a Chroma database to Weaviate in batches while ensuring zero data loss. By the end, you will possess the operational expertise to optimize, scale, and migrate vector infrastructure in enterprise AI environments.
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Spin Up Weaviate is an intermediate, hands-on course for developers and ML engineers who need to get a modern vector database running fast. If you're ready to move from theory to practice, this course provides a direct, step-by-step path to deploying, configuring, populating, and querying Weaviate, one of the most popular open-source vector databases available today. Forget high-level concepts; this course is about execution. You will learn how to use Docker Compose to launch a Weaviate instance locally, define a data schema using its API, and ingest data objects for semantic search. Through a series of practical and guided screencasts and a final, real-world project, you will configure a live database, load it with a dataset of 1,000 articles, and perform your first vector search query using GraphQL APIs to run similarity-based vector search queries. By the end of this 2-hour session, you will have the confidence and skill to deploy and interact with a vector database environment for your own AI applications.
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Boost RAG with Chroma is an intermediate, hands-on course designed for developers and AI practitioners who need to solve one of the biggest challenges with Large Language Models: their tendency to hallucinate. This course moves beyond theory and teaches you how to build a practical, effective Retrieval-Augmented Generation (RAG) pipeline to make your LLMs more trustworthy and enterprise-ready. You will learn the architectural patterns for using a vector database to create an external knowledge base that grounds an LLM's responses in verifiable data. Using a project-based approach, you will implement this pattern, drawing on the popular open-source tools Chroma and LangChain as concrete examples. The course culminates in a hands-on evaluation where you will directly compare your model's answers—with and without RAG—to qualitatively measure the improvement in factuality. You'll leave with a portfolio-ready project and the ability to build safer, more reliable generative AI applications using any set of comparable tools.
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Enable Vectorization in Weaviate is a focused, intermediate course for developers and ML engineers ready to automate a critical part of the AI workflow. If you're tired of manually generating embeddings, this one-hour, hands-on course shows you how to make Weaviate do the heavy lifting for you. You will learn to enable and configure Weaviate's built-in vectorizer modules, such as those for OpenAI and Cohere, directly within your Docker environment. This course requires basic Docker and CLI skills, familiarity with APIs and vector embeddings, and Docker Desktop installed. This is a practical, job-oriented course. Through a guided project, you will configure a Weaviate instance, define a schema to trigger automatic vectorization, and ingest data to see it in action. Crucially, you will also learn to perform a cost-benefit analysis of this approach, equipping you to make and justify architectural decisions. By the end, you'll have the skill to deploy a more efficient, production-ready vector database.
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Vector Databases for Machine Learning: A Comprehensive Guide - Integrate Embeddings and Chroma is an intermediate-level course designed for machine learning engineers and AI practitioners aiming to build robust, automated data ingestion pipelines. In modern AI applications, the success of vector search hinges on the seamless integration of embedding models with a vector database. This course provides the critical, hands-on skills to master that integration using ChromaDB. You will move beyond theory to implement and troubleshoot a full vectorization pipeline. Through expert-led screencasts and hands-on labs, you will learn to connect both API-based (like OpenAI) and open-source (like HuggingFace) embedding models to ChromaDB, enabling automatic vectorization on data upload. The curriculum is built around real-world failure scenarios, teaching you to systematically diagnose and resolve common but critical errors, such as vector dimension mismatches and data encoding issues. By the end of this course, you won't just build a pipeline; you'll be able to ensure its reliability, a crucial skill for deploying production-grade machine learning systems.
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Launch Chroma Fast is an intermediate course for ML engineers and AI practitioners looking to prototype and test vector search applications. This course teaches the critical skill of standing up a local vector database for Retrieval-Augmented Generation (RAG) and semantic search, bypassing the need for complex cloud infrastructure. It provides a direct path to mastering essential Chroma operations and getting a functional instance running quickly. To succeed, you will need basic Python programming experience and a foundational understanding of machine learning concepts, particularly embeddings. No prior database experience is required. Through hands-on-labs, you will install and configure Chroma using its Python SDK, manage collections, and ingest documents with practical examples from enterprise knowledge management and biomedical research. The course culminates in a final project where you will ingest over 2,000 documents and execute similarity searches. Upon completion, you will have the proven ability to deploy, test, and utilize a local Chroma environment, marking a significant step forward in your AI development journey.
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Ready to move beyond basic vector search? This intermediate course is for AI practitioners and developers who want to unlock the full potential of their AI applications by mastering data management in Chroma. You'll learn that the power of a vector database isn't just in finding similar items—it's in finding the right items, precisely and efficiently. This course shows you how to build robust, organized, and scalable Chroma databases from the ground up. You will need to have basic Python programming skills, including familiarity with libraries and data structures like dictionaries. No prior AI/ML experience is required. You will learn to master metadata to create powerful filtering rules that retrieve exactly what you need, and you'll design multi-collection architectures to neatly organize data across different domains, just like real-world systems at companies like IKEA and JPMorgan. Through hands-on labs, you'll move from theory to practice by scripting a complete Python ETL pipeline to ingest, tag, and organize customer support tickets into a clean, queryable, multi-collection Chroma database. By the end of this course, you won't just be using a vector database; you'll be architecting a sophisticated data management engine ready for real-world AI applications.
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Model Data in Weaviate is an intermediate, project-based course for developers and data professionals who want to unlock the full potential of vector search. In modern AI applications, search speed and relevance are everything, and they both begin with a powerful data model. This course teaches you the principles of designing a sophisticated, high-performance schema, moving beyond flat data structures to build a connected graph of information. You will learn to model complex relationships using multi-class schemas and relational links. Through a hands-on project using Weaviate as our implementation tool, you will design a schema for a real-world dataset, import interconnected data objects, and, most importantly, learn how to benchmark your design choices. The course culminates in an evaluation where you will use query latency data to prove the performance gains of your schema. You’ll leave with not just a working project, but also a repeatable methodology for optimizing data architecture in any advanced search application.
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Build Chroma Search is an intermediate, project-based course for developers and aspiring machine learning engineers who want to build and deploy a complete, real-world semantic search application. In today's AI-driven landscape, keyword search is no longer enough; this course teaches you how to leverage the power of vector embeddings and the specialized vector database, Chroma, to create a search engine that understands meaning, not just words. You will progress through a full development lifecycle, from indexing a document collection to exposing your search functionality through a deployable Flask API. The course places a strong emphasis on professional standards, guiding you to quantitatively measure your API's performance using critical relevance metrics like Mean Reciprocal Rank (MRR) and precision@5. Through hands-on labs and a final summative project, you will not only build a functional search API but also produce an evaluation report to validate its quality, equipping you with a portfolio-ready project and the skills to tackle advanced information retrieval tasks.
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Query Weaviate Smartly is an intermediate course for developers and engineers who want to master advanced information retrieval in a vector database. This course moves beyond basic search to teach you how to construct and optimize sophisticated Weaviate Python client queries for semantic, vector, and hybrid search. Using Weaviate Cloud as the hands‑on environment, you will learn transferable patterns for solving complex search problems. You will write a variety of query types to address different retrieval needs, from pure semantic search to nuanced hybrid search that blends keyword and vector relevance. The course strongly emphasizes professional‑grade performance analysis. You won’t just write queries; you’ll learn to dissect their execution by analyzing Weaviate query performance traces to identify and eliminate latency bottlenecks. You will leave with a powerful toolkit for building faster, more relevant, and highly efficient search applications.
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