Foundations of Open Generative AI Engineering
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Foundations of Open Generative AI Engineering
This course is part of Open Generative AI: Build with Open Models and Tools Professional Certificate
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January 2026
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There are 3 modules in this course
The Foundations of Open Generative AI Engineering course introduces learners to the principles, architectures, and trade-offs that define the open generative AI landscape. Starting with the distinctions between open source, open weights, and open access models, learners explore different licensing frameworks—including MIT, Apache, and CreativeML Open RAIL-M—and their implications for commercial use, attribution, and compliance.
The course then covers the core architectures of open large language models (LLMs) such as Llama, Mistral, and Mixtral, alongside diffusion models used for image generation. Learners analyze how factors like parameter size, context windows, and inference speed impact performance and suitability for different applications. The final module develops a structured decision-making framework for evaluating open vs. closed models, balancing cost, scalability, customization, privacy, and data sovereignty. By completing a model selection analysis report, learners gain the ability to critically assess and recommend appropriate generative AI models for real-world use cases.
Understand what sets open generative AI models apart. In this course, you’ll learn how to spot license limitations, break down the key components of large language and diffusion models, and compare performance trade-offs like parameter size, speed, and accuracy. You’ll also apply a simple decision framework that helps you choose the right model for your needs, building the confidence to make smart, compliant, and cost-effective choices.
What's included
3 videos2 readings1 assignment
3 videos•Total 12 minutes
- Podcast: Foundations of OpenGen AI Engineering: Getting It Right from the Start •3 minutes
- Podcast: Spotting License Red Flags Before You Deploy•6 minutes
- Podcast: Model Compliance Playbook: Best Practices and Key Lessons•3 minutes
2 readings•Total 14 minutes
- Specialization Overview: Build with Open Models and Tools (Optional)•4 minutes
- Making Sense of Open Models: From Open Source to Commercial Use•10 minutes
1 assignment•Total 10 minutes
- License Check: What’s Permitted, What’s Not•10 minutes
In this module, you’ll learn how to tell what you can and can’t do with open generative AI models. We’ll break down the differences between open source, open weights, and open access, compare common license types, and show how each affects commercial use. You’ll also practice spotting legal red flags, understanding attribution requirements, and applying compliance best practices so you can avoid costly mistakes and deploy models with confidence.
What's included
2 videos2 readings1 assignment
2 videos•Total 15 minutes
- Podcast: How Open LLM Architectures Evolved•7 minutes
- Architectures in Action: Diffusion & Context Windows•8 minutes
2 readings•Total 18 minutes
- Comparing Major Open LLM Architectures•9 minutes
- Why Parameter Count Doesn’t Tell the Whole Story•9 minutes
1 assignment•Total 10 minutes
- Which Architecture Fits?•10 minutes
In this module, you’ll learn the fundamentals that shape how open models are built and perform. You’ll explore the core components of transformer architecture, compare major models like LLaMA and Mistral, and understand the principles behind diffusion models. You’ll also evaluate how parameter size, context windows, and inference speed trade off against each other, so you can make informed choices about which model fits your needs.
What's included
3 videos2 readings1 assignment
3 videos•Total 11 minutes
- Podcast: The Real Cost of Choosing the Wrong Model•2 minutes
- Podcast: Control, Privacy, and Decision Frameworks•6 minutes
- Podcast: Foundations of OpenGen AI Engineering: Key Lessons to Take Forward•4 minutes
2 readings•Total 18 minutes
- The Costs and Capabilities of Models•9 minutes
- The Five Pillars of Model Evaluation•9 minutes
1 assignment•Total 20 minutes
- Model Selection Analysis•20 minutes
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